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We are leaders in the market for providing best range of 4.0mm Cervical Bon Screw, Self Tapping, Lcp L-Distal Radius Volar Oblique Angle 2.7mm, 2.7mm Locking Head Screw, Self Tapping (Star Head), 4.5mm Lcp Broad Locking Plate and Ezy Mesh Plate 2.5mm

2.7mm Cortical Screw, Self Tapping

  • Number Of Flower Non-locking Screw
  • Size 2.7mm
  • Material Typically Made Of Stainless Steel Or Titanium Alloy
  • Packaging Type Metallic
  • Packaging Type Usually Comes In Sterile Packaging
  • Usage Used In Fractures In Smaller Bones
The 2.7 mm Cortical Screw, Self Tapping is a specific type of non-locking screw that is used in fractures in smaller bones. This self-tapping feature eliminates the need for pre-drilled holes and simplifies surgery, minimizing disruption to surrounding tissue and offering strong fixation for fractures.

Length Stainless Steel Titanium
10 1001.510 3001.510
12 1001.512 3001.512
14 1001.514 3001.514
16 1001.516 3001.516
18 1001.518 3001.518
20 1001.520 3001.520
22 1001.522 3001.522
24 1001.524 3001.524
26 1001.526 3001.526
28 1001.528 3001.528
30 1001.530 3001.530
32 1001.532 3001.532
34 1001.534 3001.534
36 1001.536 3001.536
38 1001.538 3001.538
40 1001.540 3001.540
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2.7mm Lcp Distal Radius Volar Rim Plate

  • Number Of Flower Plate
  • Material Titanium Alloy
  • Size 2.7mm
  • Anatomical Location Distal Radius (Wrist Bone)
  • Plate Design Pre-contoured
  • Plate Function Fracture Fixation
  • Plate Position Volar (Palm Side)
  • Plate Feature Locking Compression Plate (LCP)
  • Screw Fixation Secure
The 2.7mm LCP Distal Radius Volar Rim Plate is a small, pre-contoured plate used to fix fractures at the edge of the wrist bone (distal radius) on the palm side (volar). The LCP (Locking Compression Plate) design allows for secure screw fixation, providing stability to small bone fragments near the joint surface. Its low profile minimizes soft tissue irritation, aiding in early wrist movement and healing after trauma.
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2.7mm Lhs Variable Angle Screw (Star Head)

  • Number Of Flower Locking Trauma Screw
  • Material Stainless Steel, Titanium
  • Application Fractures In Smaller Bones
  • Size 2.7mm
  • Design Variable Angle Design For Flexibility In Screw Angulation
  • Benefit Allows Screws To Be Inserted At A Minimal Angle
The 2.7 mm LHS Variable Angle Screw (Star Head) is a type of locking trauma screw that is used in fractures in smaller bones. It is made from biocompatible components like stainless steel and titanium. Unlike traditional screws, the variable angle design allows surgeons some flexibility in screw angulation during placement. This can be beneficial for situations where the fracture requires screws to be inserted at a minimal angle.

Length Stainless Steel Titanium
10 1078.510 3078.510
12 1078.512 3078.512
14 1078.514 3078.514
16 1078.516 3078.516
18 1078.518 3078.518
20 1078.520 3078.520
22 1078.522 3078.522
24 1078.524 3078.524
26 1078.526 3078.526
28 1078.528 3078.528
30 1078.530 3078.530
32 1078.532 3078.532
34 1078.534 3078.534
36 1078.536 3078.536
38 1078.538 3078.538
40 1078.540 3078.540
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2.7mm Locking Head Screw, Self Tapping

  • Number Of Flower Locking Screw
  • Application Fractures In Smaller Bones
  • Special Feature Self-tapping, Locking Head For Additional Stability
The 2.7 mm Locking Head Screw, Self Tapping is a specific type of locking screw that is used in fractures in smaller bones. The self-tapping eliminates the need for pre-drilled holes. The screw itself creates its threads as its driven into the bone, simplifying surgery and minimizing disruption. The locking head provides additional stability and prevents the screw from backing out during healing.

Length Stainless Steel Titanium
10 1006.010 3006.010
12 1006.012 3006.012
14 1006.014 3006.014
16 1006.016 3006.016
18 1006.018 3006.018
20 1006.020 3006.020
22 1006.022 3006.022
24 1006.024 3006.024
26 1006.026 3006.026
28 1006.028 3006.028
30 1006.030 3006.030
32 1006.032 3006.032
34 1006.034 3006.034
36 1006.036 3006.036
38 1006.038 3006.038
40 1006.040 3006.040
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Lcp L-Distal Radius Volar Oblique Angle 2.7mm

  • Number Of Flower Plate
  • Material Titanium
  • Size 2.7mm
  • Color Silver
  • Design L-Shaped
  • Stability Angular Stability
The LCP L-Distal Radius Volar Right Angle 2.7mm plate is a minimally invasive trauma implant used during surgical repairs of fractures in the volar side of the distal radius, near the wrist joint. The L-shaped design provides angular stability and supports bone fragments along the shaft and the volar aspect of the distal radius. Additionally, the right angle allows additional support for complex fracture patterns involving both the shaft and the volar rim of the radius.

 

Stainless Steel Titanium
Hole Head 3 Hole (Right) Head 3 Hole (Right)
3 1459.003 3459.003
4 1459.004 3459.004
5 1459.005 3459.005
Hole Head 3 Hole (Left) Head 3 Hole (Left)
3 1459.503 3459.503
4 1459.504 3459.504
5 1459.505 3459.505
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2.7mm Locking Head Screw, Self Tapping (Star Head)

  • Number Of Flower Locking Screw
  • Material Typically Made Of Stainless Steel Or Titanium Alloy
  • Packaging Type Metallic
  • Application Used In Fractures In Smaller Bones
  • Size 2.7mm
  • Head Type Star Head
The 2.7 mm Locking Head Screw, Self Tapping (Star Head) is a specific type of locking screw that is used in fractures in smaller bones. The screw head feature is a star-shaped design for easy insertion with a compatible driver. It also locks securely into a locking plate, providing exceptional stability and preventing the screw from back-out mishaps in the postoperative period.
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Lcp Distal Humerus 2.7/3.5mm W/o Lateral Support

  • Number Of Flower Trauma Plate
  • Material Metal Alloy
  • Color Silver
  • Support Type Without Lateral Support
  • Number Of Holes 6
  • Screw Diameter 2.7/3.5mm
An LCP Distal Humerus W/O Lateral Support is a trauma plate used by surgeons to fix fractures in the lower end of the upper arm bone (Humerus). The W/O lateral support feature of the plate suggests that it doesnt provide additional support to the outer (lateral) portion of the bone. It comprises of 6 holes which can hold 2.7 and 3.5 mm diameter screws.
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Lcp Distal Kopis Plate 2.7/3.5mm

  • Number Of Flower Trauma Implant
  • Material Titanium Alloy
  • Size 2.7/3.5mm
  • Application Stabilizing Fractures In Distal Radius
  • Color Silver
  • Shape Curved
  • Plate Type Locking Compression Plate (LCP)
  • Fixation Method Locking Screws

LCP Distal Kopis Plate 2.7/3.5mm is a specific type of trauma implant used for stabilizing fractures in the lower end (Distal) of the radius bone in the forearm. Designed with a curved shape (Kopis) to conform to the anatomy of the distal radius. Since it is an LCP Plate (Locking Compression Plate), it offers additional stable fixation using locking screws and compression against the bone.

Stainless Steel Titanium   Stainless Steel Titanium
Hole Head 4 Hole (Right) Head 4 Hole (Right) Hole Head 4 Hole (Left) Head 4 Hole (Left)
3 1452.003 3452.003 3 1452.503 3452.503
4 1452.004 3452.004 4 1452.504 3452.504
5 1452.005 3452.005 5 1452.505 3452.505
6 1452.006 3452.006 6 1452.506 3452.506
7 1452.007 3452.007 7 1452.507 3452.507
8 1452.008 3452.008 8 1452.508 3452.508
Hole Head 5 Hole (Right) Head 5 Hole (Right) Hole Head 5 Hole (Left) Head 5 Hole (Left)
3 1450.003 3450.003 3 1450.503 3450.503
4 1450.004 3450.004 4 1450.504 3450.504
5 1450.005 3450.005 5 1450.505 3450.505
6 1450.006 3450.006 6 1450.506 3450.506
7 1450.007 3450.007 7 1450.507 3450.507
8 1450.008 3450.008 8 1450.508 3450.508
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Lcp Distal Radius Column Plate (Straight Plate) 2.7mm

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Size 2.7mm
  • Design Straight Plate
  • Stability Provides Stable Fixation
  • Color Silver
The 2.7mm LCP Distal Column Plate (Straight Plate) is an orthopedic implant used in trauma surgeries. The straight design makes it ideal for certain fracture patterns in the distal radius. The LCP mechanism uses locking screws, which engage with the plate at a fixed angle, providing superior fixation compared to traditional non-locking screws. The implant is usually known for its strength and stability in holding broken bones together.
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3.5mm Cancellous Locking Head Screw, Self Tapping

  • Number Of Flower Locking Head Screw
  • Material Stainless Steel
  • Application Fractures In Bones With Spongy Inner Structures
  • Size 3.5mm
  • Thread Type Self Tapping
The 3.5 mm Cancellous Locking Head Screw Self Tapping is a specific type of locking trauma screw that is used in fractures in bones with spongy inner structures, like the vertebrae or the ends of long bones. The screws sharp threads create their path within the cancellous (spongy) bone, simplifying surgery and minimizing disruption to the surrounding delicate bone.
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Lcp L-Distal Radius Volar Right Angle 2.7mm

  • Number Of Flower Plate
  • Material Titanium
  • Size 2.7mm
  • Application Fixing Fractures In The Volar Side Of The Distal Radius
  • Color Silver
  • Design L-Shaped With Oblique Angle
The LCP L-Distal Radius Volar Oblique Angle 2.7mm plate is a minimally invasive trauma implant used for fixing fractures in the volar side of the distal radius, near the wrist joint. The L-shaped design with an oblique angle provides stability and supports the bone fragments along the shaft and volar aspect of the distal radius, with a particular angulation for different types of fractures.

 

Stainless Steel Titanium
Hole Head 2 Hole (Right) Head 2 Hole (Right)
3 1446.003 3446.003
4 1446.004 3446.004
5 1446.005 3446.005
Hole Head 2 Hole (Left) Head 2 Hole (Left)
3 1446.503 3446.503
4 1446.504 3446.504
5 1446.505 3446.5051
Hole Head 3 Hole (Right) Head 3 Hole (Left)
3 1447.503 3447.503
4 1447.504 3447.504
5 1447.505 3447.505
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Lcp Lateral Distal Fibula 2.7/3.5mm

  • Number Of Flower Trauma Implant Plate
  • Material Stainless Steel
  • Size 2.7 / 3.5 Mm
  • Packaging Type Sterile Packaging
  • Color Silver
  • Hole Types 2.7 Mm And 3.5 Mm Diameter Screws
The LCP Lateral Distal Fibula 2.7 / 3.5 mm plate is a specialized trauma implant that is designed to fix fractures near the ankle joint, specifically on the outer side of the lower leg bone (Fibula). This plate heals bones properly by holding them in place. It comes in two types of holes which can hold 2.7 and 3.5 mm diameter screws.
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Lcp Radial Head Rim Plate 2.7mm

  • Number Of Flower Trauma Implant
  • Material Titanium Alloy
  • Size 2.7mm
  • Packaging Type Sterile Pack
  • Application Fix Fractures Around The Radial Head
  • Color Silver
LCP Radial Head Rim plate 2.7mm is a specific type of trauma implant used to fix fractures around the radial head, the uppermost bone of the forearm. It works in conjunction with 2.7 mm locking screws, to provide stable fixation while the locking plate technology enhances stability and promotes optimal bone healing.

 

Stainless Steel Titanium   Stainless Steel Titanium
Hole Right Right Hole Left Left
2 1469.002 3469.002 2 1469.502 3469.502
3 1469.003 3469.003 3 1469.503 3469.503
4 1469.004 3469.004 4 1469.504 3469.504
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3.5mm Dcp Reconstruction Curved Plate

  • Number Of Flower Trauma Plate
  • Material Stainless Steel
  • Packaging Type Sterile Pack
  • Size 3.5mm
  • Design Curved For Optimal Positioning And Secure Fixation
  • Sterility Sterile
The 3.5 mm DCP Reconstruction Curved Plate is a specific type of trauma plate that is used for treating fractures with complex three-dimensional geometry. This curved design allows for optimal positioning and secure fixation of the fractured fragments during reconstruction procedures.
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3.5mm Dcp Small T Oblique Angle Plate

  • Number Of Flower Trauma Screw
  • Material Stainless Steel
  • Application Treating Fractures In Bones With Spongy Inner Cores
  • Size 3.5mm
  • Thread Type Self Tapping
  • Compatibility Vertebrae Or Ends Of Long Bones
The 3.5 mm Cancellous Screw, Self Tapping is a specific type of trauma screw that is used in treating fractures in bones with spongy inner cores, like the vertebrae or the ends of long bones. The threads are designed to fit more effectively into the cancellous bone compared to other screws. This provides improved fixation in these less dense areas.

Length Stainless Steel Titanium
10 1002.610 3002.610
12 1002.612 3002.612
14 1002.614 3002.614
16 1002.616 3002.616
18 1002.618 3002.618
20 1002.620 3002.620
22 1002.622 3002.622
24 1002.624 3002.624
26 1002.626 3002.626
28 1002.628 3002.628
30 1002.630 3002.630
32 1002.632 3002.632
34 1002.634 3002.634
36 1002.636 3002.636
38 1002.638 3002.638
40 1002.640 3002.640
42 1002.642 3002.642
44 1002.644 3002.644
45 1002.645 3002.645
46 1002.646 3002.646
48 1002.648 3002.648
50 1002.650 3002.650
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3.5mm Cloverleaf Plate

  • Material Titanium & Stainless Steel
  • Number Of Flower Medical Implant
  • Name 3.5mm Cloverleaf Plate
  • Color Metallic
Available in both Titanium & Stainless Steel
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3.5mm Cortical Screw, Self Tapping

  • Number Of Flower Trauma Screw
  • Material Stainless Steel
  • Size 3.5mm
  • Thread Type Self Tapping
  • Intended Use Fractures In Medium-sized Bones Like Forearm And Tibia
The 3.5 mm Cortical Screw, Self Tapping is a specific type of trauma screw that is used in fractures in medium-sized bones like the forearm and Tibia (shin bone). These screws have special threads that cut their way into the bones and make surgeries faster.

Length Stainless Steel Titanium
10 1003.510 3003.510
12 1003.512 3003.512
14 1003.514 3003.514
16 1003.516 3003.516
18 1003.518 3003.518
20 1003.520 3003.520
22 1003.522 3003.522
24 1003.524 3003.524
26 1003.526 3003.526
28 1003.528 3003.528
30 1003.530 3003.530
32 1003.532 3003.532
34 1003.534 3003.534
36 1003.536 3003.536
38 1003.538 3003.538
40 1003.540 3003.540
42 1003.542 3003.542
44 1003.544 3003.544
46 1003.546 3003.546
48 1003.548 3003.548
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3.5mm Dcp 1/3 Tubular Plate

  • Number Of Flower Trauma Plate
  • Material Stainless Steel Or Titanium
  • Usage Treating Fractures In Small Bones
  • Design Thin, Tube-shaped (one-third Of A Circle In Cross-section)
  • Screw Hole Size 3.5 Mm
The 3.5 mm DCP 1/3 Tubular Plate is a specific type of trauma plate that is used for treating fractures in small bones. This plate features a thin, tube-shaped design (often described as one-third of a circle in cross-section) to reduce the weight on smaller bones. It is made from biocompatible materials like stainless steel or titanium and features 3.5 mm screw holes for stronger fixation.
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4.5mm Condylar Buttress Plate

  • Number Of Flower Trauma Plate
  • Material Metal Alloy
  • Size 4.5mm
  • Packaging Sterile Pack
The 4.5 mm Condylar Buttress Plate is a specific type of trauma plate that is used to treat fractures around the condyle (rounded end) of bones like the femur (thigh bone). The buttress part that extends towards the condyle acts like a supportive ledge, providing additional stability.

 

Stainless Steel Titanium Hole Stainless Steel Titanium
Right Right Left Left
4 1223.004 3223.004 4 1223.504 3223.504
5 1223.005 3223.005 5 1223.505 3223.505
6 1223.006 3223.006 6 1223.506 3223.506
7 1223.007 3223.007 7 1223.507 3223.507
8 1223.008 3223.008 8 1223.508 3223.508
9 1223.009 3223.009 9 1223.509 3223509
10 1223.010 3223.010 10 1223.510 3223.510
11 1223.011 3223.011 11 1223.511 3223.511
12 1223.012 3223.012 12 1223.512 3223.512
13 1223.013 3223.013 13 1223.513 3223.513
14 1223.014 3223.014 14 1223.514 3223.514
15 1223.015 3223.015 15 1223.515 3223.515
16 1223.016 3223.016 16 1223.516 3223.516
17 1223.017 3223.017 17 1223.517 3223.517
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3.5mm Dcp Small T Right Angle Plate

  • Number Of Flower Trauma Implant
  • Material Metal Alloy
  • Application Fracture Fixation Near Joints
  • Size Small
  • Design T-Shaped With Right Angle
  • Compatibility Accepts 3.5mm Screws
The 3.5 mm DCP Small T Right Angle Plate is a specific type of trauma implant that is used to treat fractures near joints, especially around the elbow or ankle. Its unique T-shaped design with a right-angled portion allows surgeons to securely fixate bone fragments that meet at a 90-degree angle. Standard 3.5 mm screws are accepted for strong fixation during reconstruction
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3.5mm Dcp T-Oblique Plate

  • Number Of Flower Orthopedic Implant
  • Material Titanium, Stainless Steel
  • Application Fixation Of Distal Radius Fractures
  • Color Metallic
  • Plate Design Oblique
  • Plate Profile Low-profile
  • Plate Thickness 1.5 Mm
  • Plate Width 10 Mm
  • Screw Size 3.5 Mm Cortical, 4.0 Mm Cancellous
These plates are intended for extra-articular, partial-articular, and complete-articular distal radius fractures. These plates are designed for both the left and right hand. Specification: The styloid fragment is held in place by an oblique plate. Soft tissue irritation is avoided by using a low-profile plate. The shafts oblong hole enables for temporary stability and precise plate insertion. 3.5 mm cortical and 4.0 mm cancellous screws were used to secure the piece. Plates available holes 3, 4, 5, 6, 7, and 8. Titanium and Stainless Steel are both available. Thickness 1.5 mm and width 10 mm. Indications: Distal radius fracture that is unstable Distal radius fractures, including partial and intraarticular Fixation of malunited distal radius fractures after corrective osteotomy It fits better on the dorsum of the distal radius than the right angled T Plate.
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3.5mm Dcp T. Radius Plate

  • Number Of Flower T. Radius Plate
  • Material Titanium, Stainless Steel
  • Thickness 1.5 Mm
  • Width 10 Mm
  • Size 6 Hole To 14 Hole
  • Fixation 4.5 Mm & 6.5 Mm Screw
3.5 mm T. Radius Plate (Right Angled) Specifications Thickness: 1.5 mm Width: 10 mm Size: 6 Hole to 14 Hole Fixation with 4.5 mm & 6.5 mm screw Available in both Titanium & Stainless Steel.
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3.5mm Herbert Screw

  • Number Of Flower Trauma Screw
  • Material Metal Alloy
  • Application Fracture Treatment In Larger Bones
  • Size 3.5mm Diameter
  • Compatibility Suitable For Bones Like Wrist, Metatarsals, Small Carpal Bones
  • Strength Increased Strength
  • Thread Design Unique Design For Secure Hold And Compression
The 3.5 mm Herbert Screw is a trauma screw that is used to treat fractures in slightly larger bones. This screw offers increased strength because of its 3.5-mm diameter. This makes it suitable for bones like the wrist, metatarsals, or small carpal bones. Furthermore, the unique thread design on this screw not only provides a secure hold within the fractured bone fragments but also helps compress them together.

Length Titanium
12 3044.012
14 3044.014
16 3044.016
18 3044.018
20 3044.020
22 3044.022
24 3044.024
26 3044.026
28 3044.028
30 3044.030
32 3044.032
34 3044.034
36 3044.036
38 3044.038
40 3044.040
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4.5 Mm Dcp Semi Tubular Plate

  • Material Metal Alloy
  • Size 4.5 Mm
  • Application Treating Fractures In Bones
  • Availability Lightweight
  • Design Semi-Tubular
  • Compatibility Accepts 4.5 Mm Cortical Screws
  • Packaging Sterile Packaging
The 4.5 mm DCP Semi Tubular Plate is a specific type of trauma implant that is used for treating fractures in bones with some width. The semi-tubular design makes the plate thinner and lighter, reducing discomfort and potentially aiding in faster healing by minimizing disruption to surrounding tissues. The plate accepts standard 4.5 mm cortical screws for strong fixation of various bone fragments during healing.
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4.9mm Interlocking Bolt

  • Number Of Flower Self Tapping Screw
  • Size Options 20mm, 22mm, 24mm, 26mm, 28mm, 30mm etc.
  • Socket Type Hexagonal Socket
  • Indications Expert Tibia Nail, Tibia Nail, Femoral Nail
The 4.9mm Interlocking Bolt Screw is used for the fixation of Expert Tibia Nail, Tibia Nail and Femoral Nail. Specifications This is Self Tapping Screw -These screws cut their own thread as they are driven into the bone. It creates a tight friction fit between the threads by making a small hole while entering the bone. This reduces vibration loosening and allows the parts to be disassembled if necessary. Available in both Stainless Steel and Titanium. 4.9mm Interlocking Bolt lengths are 20mm, 22mm, 24mm, 26mm, 28mm, 30mm, 32mm, 34mm, 36mm, 38mm, 40mm, 42mm, 44mm, 46mm, 48mm, 50mm, 55mm, 60mm, 65mm, 70mm, 75mm, and 80mm. This screw can be made in any additional lengths upon request. Available in Hexagonal Socket Indications Expert Tibia Nail Tibia Nail Femoral Nail
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5.0mm Cancellous Locking Head Screw, Self Tapping

  • Number Of Flower Locking Head Screw
  • Application Fractures In Bones With Spongy Inner Structures, Fractures In Spongy Bone Areas
  • Size 5.0mm
  • Special Feature Fits Tightly Into A Special Plate
  • Industry Standard Self Tapping
The 5.0 mm Cancellous Locking Head Screw, Self Tapping is a specific type of locking trauma screw that is used in fractures in bones with spongy inner structures, like the ends of the femur (thigh bone). The top of the screw is specially shaped so it fits tightly into a special plate, holding the bone together securely. This is especially important in spongy bone areas, as it prevents the screw from coming loose.

Length Stainless Steel Titanium
20 1021.020 3021.020
22 1021.022 3021.022
24 1021.024 3021.024
26 1021.026 3021.026
28 1021.028 3021.028
30 1021.030 3021.030
32 1021.032 3021.032
34 1021.034 3021.034
36 1021.036 3021.036
38 1021.038 3021.038
40 1021.040 3021.040
42 1021.042 3021.042
44 1021.044 3021.044
46 1021.046 3021.046
48 1021.048 3021.048
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4.5mm L-Buttress Plate

  • Number Of Flower Fracture Fixation Device
  • Material Stainless Steel, Titanium
  • Size 3-15 Holes
  • Application Anterior Column Fractures, Lateral Column Fractures
4.5mm L-Buttress Plate is a versatile and effective device for the fixation of fractures. It is available in a variety of sizes and materials to accommodate different patient needs. The plate is also relatively easy to insert and remove, making it a good option for both open and closed reduction procedures. Specifications Broadened and contoured at the joint end for adequate fixation. Used to rigidly hold fractures at the end of long bones, particularly at the knee and ankle. Pre-contoured plate to match anatomical shape. Plate holes accept 4.5mm cortical screws. Right angled for left leg. Available in both Stainless Steel and Titanium material. Available with 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14 and 15 holes. Indications Anterior column fractures Lateral column fractures Posterior column fractures Comminuted fractures
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4.5mm Lcp Broad Locking Plate

  • Number Of Flower Locking Compression Plate
  • Profile Broad
  • Supports Screw Types With/Without Locking Head
  • Plate Contouring Requirement Reduced
  • Hole Types Round, Combi
  • Combi Hole Features Threaded Sections, Cortex Screws
The plate has Broad profile. Locking compression plate supports screw with/without locking head screw provides more options. Locking plates improve construction stability while lowering the chance of screw back-out and subsequent reduction loss. Additionally, it lessens the chance of stripped screw holes and lessens the requirement for exact anatomic plate contouring. Specification Round and combi holes are seen on the plate. Combi holes have threaded sections and cortex screws in the dynamic compression unit section for compression. Bone-to-plate contact is decreased by a limited-contact surface. Pre-contoured plate. The option to select multiple plate lengths eliminates the need to cut plates. Available in both Titanium and Stainless steel. Plates available holes are 5, 6, 7, 8, 9, 10, 11, 12, 13, 14 and 15
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4.5mm T-Buttress Plate

  • Number Of Flower Fracture Fixation Device
  • Material Titanium, Stainless Steel
  • Size 4.5mm
  • Application Fixation Of Fractures At The End Of Long Bones,
  • Available Hole Sizes 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
4.5mm T-Buttress Plate is a versatile and effective device for the fixation of fractures. It is available in a variety of sizes and materials to accommodate different patient needs. The plate is also relatively easy to insert and remove, making it a good option for both open and closed reduction procedures. Specifications: Broadened and contoured at the joint end for adequate fixation. Used to rigidly hold fractures at the end of long bones, particularly at the knee and ankle. Contoured periarticular portion provides a three-dimensional shape to the plates. Choice of different lengths of plate eliminates the need to cut plates. Pre-contoured plate to match anatomical shape. Allows implant placement tailored to the specific fracture pattern. Available in Titanium and Stainless steel. Plates available holes are 3, 4, 5, 6, 7, 8, 9, 10, 11, and 12.
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3.9mm Interlocking Bolt Screw

  • Material Metal
  • Size 3.9mm
  • Usage Securing Tibia Interlocking Nails
  • Ideal For Stabilizing Fractured Tibia Bone
3.9mm Interlocking Bolt Screw is a specific type of trauma screw used in Tibia Interlocking Nails. The screw is small and threaded and is ideal for inserting into holes of the nail to lock it in place It secures the nail for stabilizing a fractured tibia bone. The diameter of this screw is 3.9 mm. Ideal for Tibia Interlocking Nail.

Length Stainless Steel Titanium
20mm 1014.020 3014.020
22mm 1014.022 3014.022
24mm 1014.024 3014.024
26mm 1014.026 3014.026
28mm 1014.028 3014.028
30mm 1014.030 3014.030
32mm 1014.032 3014.032
34mm 1014.034 3014.034
36mm 1014.036 3014.036
38mm 1014.038 3014.038
40m m 1014.040 3014.040
42mm 1014.042 3014.042
44mm 1014.044 3014.044
46mm 1014.046 3014.046
48mm 1014.048 3014.048
50mm 1014.050 3014.050
52mm 1014.052 3014.052
54mm 1014.054 3014.054
55mm 1014.055 3014.055
56mm 1014.056 3014.056
58mm 1014.058 3014.058
60mm 1014.060 3014.060
65mm 1014.065 3014.065
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5.0mm Locking Head Screw, Self Tapping

  • Number Of Flower Locking Screw
  • Material Titanium, Stainless Steel
  • Application Fractures In Larger Bones
  • Size 5.0mm
  • Special Feature Locking Head Design For Increased Stability
The 5.0 mm Locking Head Screw, Self Tapping is a specific type of locking screw that is used in fractures in larger bones. The screws head design allows it to lock securely into a compatible locking plate which increases stability by preventing the screw from backing out during healing. It is made from biocompatible materials like titanium and stainless steel.

Length Stainless Steel Titanium
20 1010.020 3010.020
22 1010.022 3010.022
24 1010.024 3010.024
26 1010.026 3010.026
28 1010.028 3010.028
30 1010.030 3010.030
32 1010.032 3010.032
34 1010.034 3010.034
36 1010.036 3010.036
38 1010.038 3010.038
40 1010.040 3010.040
42 1010.042 3010.042
44 1010.044 3010.044
46 1010.046 3010.046
48 1010.048 3010.048
50 1010.050 3010.050
55 1010.055 3010.055
60 1010.060 3010.060
65 1010.065 3010.065
70 1010.070 3010.070
75 1010.075 3010.075
80 1010.080 3010.080
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7.3mm Cannulated Locking Head Screw

  • Number Of Flower Self Tapping Screw
  • Material Stainless Steel, Titanium
  • Size 7.3mm
  • Lengths Available 25mm, 30mm, 35mm, 40mm, 45mm, 50mm, etc
  • Drill Bit Size 5.0mm
  • Bone Tap Size 7.3mm
  • Screwdriver Head Size 4.0mm
  • Head Type Low-profile
Screws are cannulated to allow them to be used over a guide wire, and each screw is partially or fully threaded with a cancellous thread form. Fully threaded screws are intended for use in fracture stabilization where there is little to no compression across the fracture. Screws and instruments enable minimally invasive percutaneous insertion as well. Specifications Designed to be minimally invasive. Low-profile head. This is Self Tapping Screw -These screws cut their own thread as they are driven into the bone. It creates a tight friction fit between the threads by making a small hole while entering the bone. This reduces vibration loosening and allows the parts to be disassembled if necessary. Available in both Stainless Steel and Titanium 6.0mm Cannulated Locking Head Screw available lengths are 25mm, 30mm, 35mm, 40mm, 45mm, 50mm, 55mm, 60mm, 65mm, 70mm, 75mm, 80mm, 85mm, 90mm, 95mm, 100mm, 105mm, 110mm. and 115mm. Drill bit for threaded hole 5.0 mm. Bone tap is 7.3 mm. Screwdriver head is 4.0 mm Indication Use in fracture stabilization where there is little to no compression across the fracture.
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LC-LCP Broad 4.5/5.0mm

  • Material LC-LCP (Low Contact- Low Profile) Alloy
  • Size 4.5/5.0mm
  • Color Silver
  • Compatibility Two Screw Compatibility Options
  • Design Broad
The LC-LCP Broad 4.5/5.0 mm is a specific type of trauma implant that is used to treat fractures in bones with ample width. Similar to its narrower counterpart, it offers two screw compatibility options. The key difference lies in the broad design. This wider plate is ideal for areas with more bone surface area, allowing surgeons to achieve increased stability during surgeries.

Hole Stainless Steel Titanium
5 1408.005 3408.005
6 1408.006 3408.006
7 1408.007 3408.007
8 1408.008 3408.008
9 1408.009 3408.009
10 1408.010 3408.010
11 1408.011 3408.011
12 1408.012 3408.012
13 1408.013 3408.013
14 1408.014 3408.014
15 1408.015 3408.015
16 1408.016 3408.016
17 1408.017 3408.017
18 1408.018 3408.018
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LC-LCP Narrow Plate 4.5/5.0mm

  • Material Metal Alloy
  • Size 4.5/5.0mm
  • Color Silver
  • Design Narrow
  • Compatibility 4.5mm And 5.0mm Screws
The LC-LCP Narrow 4.5 / 5.0 mm is a specific type of trauma implant that is used to treat fractures in various bones, particularly those in areas with limited space. The narrow design allows surgeons to use this plate in areas with minimal bone width. It is particularly beneficial for treating fractures in the hand or wrist. The plate offers two screw compatibility options of 4.5 and 5.0 mm in diameter.

Hole Stainless Steel Titanium
4 1407.004 3407.004
5 1407.005 3407.005
6 1407.006 3407.006
7 1407.007 3407.007
8 1407.008 3407.008
9 1407.009 3407.009
10 1407.010 3407.010
11 1407.011 3407.011
12 1407.012 3407.012
13 1407.013 3407.013
14 1407.014 3407.014
15 1407.015 3407.015
16 1407.016 3407.016
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Enders Nail

  • Application Orthopedic Trauma Surgery For Stabilizing Fractures
  • Number Of Flower Intramedullary Nail
  • Material Stainless Steel
  • Design Flexible And Thin For Minimally Invasive Procedures
Enders Nail is a type of intramedullary nail used in orthopedic trauma surgery. Its a flexible, thin nail inserted into the bone marrow cavity to stabilize fractures. Known for its minimally invasive design, it is often used in cases where reaming (widening the bone canal) is undesirable, such as in open fractures or pediatric patients. Enders nail allows for early weight-bearing and reduces surgical time compared to other intramedullary nailing methods.

DIA Length Stainless Steel Titanium
2mm 200mm 1618.220 3618.220
  210mm 1618.221 3618.221
  220mm 1618.222 3618.222
  230mm 1618.223 3618.223
  240mm 1618.224 3618.224
  250mm 1618.225 3618.225
  260mm 1618.226 3618.226
  270mm 1618.227 3618.227
  280mm 1618.228 3618.228
  290mm 1618.229 3618.229
  300mm 1618.230 3618.230
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8.0mm Interlocking Pfn Leg Screw

  • Number Of Flower Trauma Screw
  • Material Stainless Steel
  • Size 8.0mm
  • Usage Leg Fracture Surgery
  • Design Interlocking PFN
An 8.0mm Interlocking PFN Leg Screw is a specific type of trauma screw used in leg fracture surgery, particularly for the femur (thigh bone). The PFN design stands for Proximal Femoral Nail, used to stabilize fractured bone fragments. It helps compress the bone fragments together during the healing process and provides optimal stability against rotational stability
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Blade For Gamma Nail

  • Number Of Flower Surgical Blade
  • Material Stainless Steel
  • Packaging Type Sterile Packaging
  • Usage/Application Attachment To Gamma Nail For Surgical Stability
The blade is designed for easy and secure attachment to the Gamma Nail, ensuring stability during the surgical procedure. Specifications: Unique helical fluting for rotational stability and reduced complications. Polished surface for minimal friction, enhancing surgical precision. Secure attachment to Gamma Nail for stability during surgery. Superior rotational stability with helical fluting design. Precision engineering minimizes tissue damage and speeds healing. Available in multiple sizes for diverse patient needs. Seamless integration with the trusted Gamma Nail system. Indications: Proximal femur fractures Intertrochanteric fractures Shaft fractures Pathologic fractures
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Elastic Nail

  • Number Of Flower Trauma Implant
  • Material Flexible Alloy
  • Application Bone Fracture Fixation
  • Packaging Sterile Pack
  • Design Flexible
An Elastic Nail is a flexible trauma implant used in bone fracture fixation. Flexible in design, it is suitable for the treatment of diaphyseal and metaphyseal fractures in children. It offers a less minimally invasive approach compared to traditional plates and screws. It particularly features an amount of elasticity, desirable for healing dynamics in certain bone fracture areas.

DIA Length Stainless Steel Titanium
1.5mm 440mm 1617.1.544 3617.1.544
2.0mm 440mm 1617.244 3617.244
2.5mm 440mm 1617.2.544 3617.2.544
3.0mm 440mm 1617.344 3617.344
3.5mm 440mrn 1617.3.544 3617.3.544
4.0mm 440mm 1617.444 3617.444
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End Cap For Pfn Nail

  • Material Stainless Steel, Titanium
  • Number Of Flower End Cap
  • Usage/Application For Pfn Nail
  • Name End Cap For Pfn Nail
Available in both Stainless Steel and Titanium
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3.5mm Dcp Cloverleaf Plate

  • Number Of Flower Trauma Implant
  • Material Metal Alloy
  • Application Treating Bone Fractures
  • Color Silver
  • Thickness 3.5mm
  • Design Cloverleaf
The 3.5 mm DCP Cloverleaf Plate is a specific type of trauma implant that is used for treating various bone fractures. The 3.5 mm refers to the plates thickness, and the Cloverleaf design refers to the shape of the screw holes. These special holes allow screws to be inserted at angles to provide strong restoration for the healing bone.

Hole Stainless Steel Titanium
3 1220.003 3220.003
4 1220.004 3220.004
5 1220.005 3220.005
6 1220.006 3220.006
7 1220.007 3220.007
8 1220.008 3220.008
9 1220.009 3220.009
10 1220.010 3220.010
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Expert Tibia Interlocking Nail

  • Material Stainless Steel
  • Application Stabilize Fractures In The Tibia
  • Packaging Sterile Packaging
  • Design Features Cannulated Design With Interlocking Screws
  • Special Feature Hollow Center For Minimally Invasive Surgeries
The Expert Tibia Interlocking Nail is a trauma implant designed to stabilize fractures in the tibia (shin bone). It features a cannulated design with a hollow center for ensuring minimally invasive surgeries. The nail uses interlocking screws for achieving optimal compression and stability at the fracture site.
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Femur Interlocking Nail

  • Number Of Flower Trauma Nail
  • Material Stainless Steel
  • Application Stabilizes Broken Femur Bone
  • Placement Inserted Into The Hollow Center Of The Femur
  • Function Keeps Fractured Bone Fragments Aligned
A Femur Interlocking Nail is a trauma nail that stabilizes a broken femur bone. Similar to a tibia nail, it is typically inserted into the hollow center of the Femur for additional stabilizing. It promotes healing by keeping fractured bone fragments aligned and can be used to treat a variety of Femur fractures.
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Gamma Nail

  • Number Of Flower Trauma Implant
  • Material Metal Alloy
  • Usage/Application Fix Fractures In The Upper Thigh Bone
  • Body Area Proximal Femur
  • Design Triangular Cross-section
The Gamma Nail is a specific trauma implant used to fix fractures in the upper thigh bone (proximal femur), particularly around the trochanter area. It is inserted into the hollow center of the femur to stabilize the fracture. The triangular cross-section design provides additional stability and rotational control during surgeries.

DIA Length Stainless Steel Titanium
9mm 170mm 1630.917 3630.917
  200mm 1630.920 3630.920
  240mm 1630.924 3630.924
       
10mm 170mm 1630.1017 3630.1017
  200mm 1630.1020 3630.1020
  240mm 1630.1024 3630.1024
       
11mm 170mm 1630.1117 3630.1117
  200mm 1630.1120 3630.1120
  240mm 1630.1124 3630.1124
       
12mm 170mm 1630.1217 3630.1217
  200mm 1630.1220 3630.1220
  240mm 1630.1224 3630.1224
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Humerus Interlocking Nail

  • Number Of Flower Medical Implant
  • Material Metal
  • Application Treatment Of Humerus Fractures
  • Packaging Sterile Packaging
  • Size Standard
  • Sterilization Pre-sterilized
A Humerus Interlocking Nail is a metal rod inserted into the upper arm bone (humerus) to treat fractures. It features a hollow center for minimal bone disruption during surgeries and allows interlocking screws for added stability and fixation of the fracture.
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4.5mm Dcp T-Buttress Plate

  • Number Of Flower Orthopedic Implant
  • Material Biocompatible Material
  • Packaging Type Sterile Packaging
  • Size 4.5mm
  • Color Silver
  • Design Double-bend Design For Extra Stability And Support
  • Sterilization Sterilized
The 4.5 mm DCP T-Buttress Plate is a specific type of plate that is used to treat fractures around the ends (metaphyseal regions) of long bones. It comprises biocompatible materials and features a unique double-bend design. This bend acts like a supporting structure, providing extra stability and support against forces that might tend to separate the fractured bone fragments during healing.
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3.5mm Locking Head Screw, Self Tapping

  • Number Of Flower Locking Head Screw
  • Application Fractures In Medium-sized Bones
  • Stability Enhanced Stability To Prevent Loosening Or Backing Out
  • IdealFor Bones In The Forearm And Tibia (shin Bone)
  • FixationType Strong Fixation
  • ScrewSize 3.5mm
3.5 mm Locking Head Screw Self Tapping is a specific type of screw that is used in fractures in medium-sized bones. The locking head design allows it to lock securely into a compatible locking plate. This enhances stability by preventing the screw from loosening or backing out during the critical healing process. This combination of locking screw and self-tapping makes it ideal for situations where strong fixation is required in bones in the forearm and Tibia (shin bone).
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4.0mm Cannulated Cancellous Screw (Fully Threaded)

  • Number Of Flower Screw
  • Material Stainless Steel
  • Application Bone Surgery For Fractures In Cancellous Bone
  • Thread Type Fully Threaded
  • Size 4.0mm
  • Strength Provides Strong Grip And Stability
The 4.0 mm Cannulated Cancellous Screw (full threaded) is a specific type of screw designed for bone surgery, particularly for fractures in the spongy bone (cancellous bone). Unlike its short-threaded screw, the full threads run along the entire length of the screw. This provides a stronger grip within the bone, making it suitable for fractures where additional stability and compression are needed across the bone.
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4.5mm Broad LC-DCP

  • Material Stainless Steel Or Titanium
  • Size 4.5 Mm
  • Width Broad
  • Screw Hole Size 4.5 Mm
  • Usage/Application Fix Fractures In Bones With Ample Width
The 4.5 mm Broad LC-DCP plate is a specific type of trauma implant used to fix fractures in bones with ample width. The broad version offers a wider plate for increased stability. It is available in biocompatible materials like stainless steel or titanium that feature 4.5 mm screw holes for stronger fixation in thicker bone fragments.
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4.5mm Dcp L-Buttress Plate

  • Number Of Flower Trauma Implant
  • Material Metal Alloy
  • Size 4.5mm
  • Application Treatment Of Fractures Near The Ends Of Long Bones
  • Packaging Type Sterile Packaging
  • Design L-Buttress Plate
  • Compatibility Standard 4.5mm Cortical Screws
  • Color Metallic
The 4.5 mm DCP L-Buttress Plate is a specific type of trauma implant that is used to treat fractures near the ends of long bones, especially around the knee and ankle. This L-shaped buttress angled design acts like a supportive ledge, providing additional stability and preventing fractured bone fragments. Standard 4.5 mm cortical screws are used for strong fixation.
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Anterior Cervical Fusion Cage Peek

  • Number Of Flower Spinal Orthopedic Implant
  • Material PEEK
  • Application Spine Surgery Involving The Cervical Neck
  • Special Feature Lightweight Design For Reduced Post-operative Stress On The Spine
Anterior Cervical Fusion Cage is a spinal orthopedic implant used for spine surgery involving the cervical neck. The cage is implanted during an anterior cervical discectomy and fusion (ACDF) procedure. This surgery aims to relieve spinal cord or nerve root pressure by removing a damaged disc and inserting this cafe to promote bone growth between the vertebrae. The implant aids in restoring stability and reduces the risk of disc degeneration. Made out of PEEK material, these cages prove to be lighter, potentially reducing post-operative stress on the spine.
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4.5mm Malleolar Screw

  • Number Of Flower Trauma Screw
  • Application Ankle Fractures
  • Diameter 4.5 Mm
  • Thread Type Partial Threading
  • Shaft Type Smooth
The 4.5 mm Malleolar Screw is a specific type of trauma screw that tackles tough surgeries in a small space. It is designed specifically for ankle fractures. The screw boasts a diameter of 4.5 mm which is ideal for the delicate bones of the ankle joint. The partial threading ensures a firm grip in both fractured pieces, while the smooth shaft distributes pressure evenly, promoting a smooth healing process.
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Anterior Cervical Cage Peek

  • Material PEEK
  • Application Anterior Cervical Discectomy And Fusion Surgery (ACDF)
  • Design Small, Hollow Design With A Lordotic Curve
  • Placement Between The Vertebrae In The Cervical Spine
An Anterior Cervical Cage Titanium is a spinal implant used in spinal surgeries involving the cervical spine. The small, hollow design of the cage allows it to be placed between the vertebrae between the vertebrae in the cervical spine. The lordotic curve of the implant mimics the natural curvature of the spine. Especially used in Anterior Cervical Discectomy and Fusion Surgery (ACDF), this cage supports the space between the vertebrae after the removal of a damaged disc, promoting bone growth and spinal alignment for better stability. Made out of PEEK material, these cages prove to be lighter, potentially reducing post-operative stress on the spine.
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Cervical Cage

  • Material Titanium Alloy
  • Packaging Type Sterile Packaging
  • Application Anterior Cervical Discectomy And Fusion (ACDF) Procedures
  • Color Silver
  • Designs Cylindrical, Rectangular, Tapered
  • Curvature Matches Natural Curvature Of Cervical Spine
A cervical cage is an interbody spinal implant used during anterior cervical discectomy and fusion procedures (ACDF). It provides a stable surface for the bone to fuse to and ensures a secure lock between the implant and vertebrae. The cage is designed in a way that matches the natural curvature of the cervical spine which provides surgical ease. Cervical cages come in various designs, including cylindrical, rectangular, or tapered shapes.

Length Titanium
W 4.0mm W 5.0mm W 6.0mm W 7.0mm
14mm 3883.414 3883.514 3883.614 3883.714
16mm 3883.416 3883.516 3883.616 3883.716
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Anterior Cervical Fusion Cage

  • Number Of Flower Spinal Orthopedic Implant
  • Material Typically Made Of Titanium Or Medical-grade Stainless Steel
  • Packaging Type Sterile Packaging For Surgical Use
  • Color Metallic
  • Intended Use Relieve Spinal Cord Or Nerve Root Pressure
Anterior Cervical Fusion Cage is a spinal orthopedic implant used for spine surgery involving the cervical neck. The cage is implanted during an anterior cervical discectomy and fusion (ACDF) procedure. This surgery aims to relieve spinal cord or nerve root pressure by removing a damaged disc and inserting this cafe to promote bone growth between the vertebrae. The implant aids in restoring stability and reduces the risk of disc degeneration.

Width Titanium
L 14mm L 16mm
5mm 3873.005 3874.005
6mm 3873.006 3874.006
7mm 3873.007 3874.007
8mm 3873.008 3874.008
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Eco Cage

  • Material Titanium Alloy
  • Packaging Type Sterile Packaging
  • Application Spinal Fusion Surgeries
  • Size Standard
  • Color Silver
  • Design Features Open Architecture, End Rings
  • Benefits Promotes Bone Fusion, Restores Spinal Alignment
An Eco Cage is an expandable cage used in spinal fusion surgeries. It is designed to create space between the vertebrae to facilitate bone grafting. The open architecture of the implants promotes bone fusion and bony ingrowth. The presence of the end rings in the implant aids in restoring normal spinal alignment and resists subsidence.

Length Titanium
ø12mm ø14mm ø16mm ø18mm
20mm 3820.020 3821.020 3822.020 3823.020
25mm 3820.025 3821.025 3822.025 3823.025
30mm 3820.030 3821.030 3822.030 3823.030
35mm 3820.035 3821.035 3822.035 3823.035
40mm 3820.040 3821.040 3822.040 3823.040
45mm 3820.045 3821.045 3822.045 3823.045
50mm 3820.050 3821.050 3822.050 3823.050
60mm 3820.060 3821.060 3822.060 3823.060
80mm 3820.080 3821.080 3822.080 3823.080
90mm 3820.090 3821.090 3822.090 3823.090
100mm 3820.100 3821.100 3822.100 3823.100
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Cervical Cage With Screw Peek

  • Number Of Flower Cervical Cage With Screw
  • Application Spinal Fusion And Secure Fixation Within The Vertebral Body
  • Weight Lightweight
  • Surface Roughened For Bone Ingrowth
  • Lordotic Angle Matches Natural Curvature Of Cervical Spine
  • Post-operative Stress Reduced On The Spine
A Cervical Cage with Screw Peek is made of biocompatible PEEK (polyetheretherketone) material which is of lighter weight reducing post-operative stress on the spine. The lordotic angle matches the natural curvature of the cervical spine and allows proper alignment. The roughened surface of the cage promotes bone ingrowth and aids spinal fusion. The attached screws allow secure fixation within the vertebral body

Width Peek
L 12mm L 14mm
5mm 3878.505 3878.005
6mm 3878.506 3878.006
7mm 3878.507 3878.007
8mm 3878.508 3878.008
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Cervical Cage With Screw Titanium

  • Number Of Flower Spinal Orthopedic Implant
  • Material Titanium
  • Packaging Type Sterile Packaging
  • Application For Cervical Spine Alignment
  • Color Silver
A Cervical Cage with Screw Titanium is a spinal orthopedic implant with a lordotic angle to match the natural curvature of the cervical spine, promoting proper alignment. The attached screws are useful for secure fixation within the vertebrae, preventing migration and movement of the cage.

Length Width Titanium
15mm 5mm 38101.005
15mm 6mm 38101.006
15mm 7mm 38101.007
15mm 8mm 38101.008
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Cervical Dio Cage

  • Material Titanium Alloy
  • Application Restoring Disc Height And Alignment In Cervical Spine
  • Color Silver
  • Special Feature Lordotic Angle For Matching Natural Cervical Curvature
  • Surface Rough For Bone Ingrowth
A Cervical DIO cage is a small, hollow spinal implant used in spinal surgeries to restore disc height and alignment in the cervical spine. Its lordotic angle matches the natural curvature of the cervical spine and allows for surgical ease. The surface of the cage is often rough and promotes bone ingrowth to achieve spinal fusion.
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Cervical Dio Cage Peek

  • Number Of Flower Spinal Implant
  • Material PEEK
  • Surface Rough For Promoting Bone Ingrowth
  • Weight Lightweight For Reducing Post-operative Stress On The Spine
A Cervical DIO Peek cage is a small, hollow spinal implant used in spinal surgeries to restore disc height and alignment in the cervical spine. Its lordotic angle matches the natural curvature of the cervical spine and allows for surgical ease. The surface of the cage is often rough and promotes bone ingrowth to achieve spinal fusion. Made out of PEEK material, these cages are lighter, and hence, effective for reducing post-operative stress on the spine.

Width Peek
L 14mm L 16mm
5mm 38104.005 38105.005
6mm 38104.006 38105.006
7mm 38104.007 38105.007
8mm 38104.008 38105.008
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Expandable Cage With Plate

  • Number Of Flower Vertebral Body Reconstruction Solution
  • Application Vertebral Body Reconstruction
  • Fixation Excellent
  • Support Additional Support Into The Vertebral Endplate
  • RoomWithinCageForBoneGraft Adequate
  • EaseOfUse Easy To Insert And Quick To Position
Expandable Cage with Plate offers a modern vertebral body reconstruction solution to surgeons. After the removal of the vertebrae, the cage is placed and expanded. It provides excellent fixation with additional support into the vertebral endplate and adequate room within the cage for the bone graft. The cage is easy to insert and quick to position and optimizes load distribution between the implant and vertebrae. Additionally, the implant height also provides the utmost stability without an additional step.

Titanium
Length ø12mm ø14mm
20 to 25mm 3885.1220 3885.1420
25 to 32mm 3885.1225 3885.1425
30 to 42mm 3885.1230 3885.1430
35 to 47mm 3885.1235 3885.1435
40 to 55mm 3885.1240 3885.1440

 

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Expandable Cage

  • Number Of Flower Vertebral Body Reconstruction
  • Application Vertebral Body Reconstruction
  • Feature Expandable, Provides Excellent Fixation And Support
  • Name Expandable Cage
Expandable Cage with Plate offers a modern vertebral body reconstruction solution to surgeons. After the removal of the vertebrae, the cage is placed and expanded. It provides excellent fixation with additional support into the vertebral endplate and adequate room within the cage for the bone graft. The cage is easy to insert and quick to position and optimizes load distribution between the implant and vertebrae. Additionally, the implant height also provides the utmost stability without an additional step.
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Adjustable Occipital Plate

  • Number Of Flower Spinal Implant
  • Material Typically Made Of Titanium Alloy
  • Packaging Type Metallic
  • Packaging Sterile Packaging
  • Usage Occipito-cervical Fusion Surgeries
  • Special Feature Adjustable Mechanism For Tuned Plate Positioning
An Adjustable Occipital Plate is a specific type of spinal implant, effective in occipito-cervical fusion surgeries. Preferred by surgeons over standard plates, the adjustable mechanism of the plates allows tuned plate positioning to fit into individual patient anatomies. Additionally, the adjustable feature also allows for better stability and alignment in the upper cervical spine providing minimal disruption to surrounding tissues during surgery.
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Anterior Cervical Plate

  • Number Of Flower Spinal Orthopedic Implant
  • Material Typically Made Of Titanium Alloy
  • Packaging Type Metallic
  • Packaging Usually Individually Packaged
  • Usage Used In Spinal Fusion Surgeries Of The Cervical Spine
  • Design Long, Flat Plate With A Low-profile Design
An Anterior Cervical Plate is a spinal orthopedic implant used in spinal fusion surgeries of the cervical spine. It is a long, flat plate attached to the front of the vertebrae, efficient for maintaining the alignment of providing stability while the fusion heals. The low-profile design of the plate offers minimal discomfort post-surgeries and the smooth surface reduces the risk of irritation to the esophagus. The holes present in the plates allow easy attachment to the vertebrae with the help of screws.
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Delta Plate 1.5mm

  • Material Titanium
  • Number Of Flower Orthopedic Plate
  • Thickness 1.5mm
  • Screw Locations Predetermined
  • Plate Design Patient-specific
  • Available Holes 4
Delta Plates by Zealmax Ortho has an attractive combination of strength, balanced resorption and contourability. It is a most reliable plate as it is free from the risk of complications, breaking or loosening. Specifications Predetermined screw locations. Patient-specific plate design. Color-coding by strength for easy identification. Available holes 4. Available size 1.5mm, 2.0mm and 2.5 mm. Available in Titanium material. Indications Oral, maxillofacial surgery for trauma reconstructive surgery.
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Ezy Mesh Plate 1.5mm

  • Number Of Flower Mesh Plate
  • Material Titanium
  • Size 1.5mm And 2.0mm
  • Application Maxillofacial Fractures Stabilization
  • Profile Reduced Plate/screw Profile
Ezy Mesh Plate is a versatile option for maxillofacial fractures. It provides good stabilization, especially in comminuted fractures. Zealmax Ortho offers a wide range of plates in the maxillofacial systems which are different in color code for easy identification and valuable in restoring the form and function in maxillofacial trauma patients. Specifications Reduced plate/screw profile. Predetermined screw locations Available size 1.5mm and 2.0mm. Available in Titanium material. Indications Comminuted fractures Craniofacial reconstruction Mandibular reconstruction Augmentation of atrophic maxilla & mandible Orthognathic surgery
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Delta Plate 2.0mm

  • Material Titanium
  • Number Of Flower Orthopedic Plate
  • Thickness 2.0mm
  • Size 2.0mm
  • Feature Predetermined Screw Locations
  • Holes 4
Delta Plates by Zealmax Ortho has an attractive combination of strength, balanced resorption and contourability. It is a most reliable plate as it is free from the risk of complications, breaking or loosening. Specifications Predetermined screw locations. Patient-specific plate design. Color-coding by strength for easy identification. Available holes 4. Available size 1.5mm, 2.0mm and 2.5 mm. Available in Titanium material. Indications Oral, maxillofacial surgery for trauma reconstructive surgery.
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Delta Plate 2.5mm

  • Number Of Flower Orthopedic Plate
  • Material Titanium
  • Thickness 2.5mm
  • Size 1.5mm, 2.0mm, 2.5mm
  • Screw Locations Predetermined
  • Plate Design Patient-specific
  • Color Coding Strength-based
  • Number Of Holes 4
Delta Plates by Zealmax Ortho has an attractive combination of strength, balanced resorption and contourability. It is a most reliable plate as it is free from the risk of complications, breaking or loosening. Specifications Predetermined screw locations. Patient-specific plate design. Color-coding by strength for easy identification. Available holes 4. Available size 1.5mm, 2.0mm and 2.5 mm. Available in Titanium material. Indicatations Oral, maxillofacial surgery for trauma reconstructive surgery.
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Double Y Plate 2.0mm

  • Number Of Flower Plate
  • Material Titanium
  • Thickness 2.0mm
  • Size 1.5mm, 2.0mm, 2.5mm
  • Edges Rounded For Less Irritation To Soft Tissue
  • Plate/Screw Profile Reduced
  • Screw Locations Predetermined
  • Holes 6
Double Y Plate 2.0mm improves build stability by lowering the chance of screw back-out and subsequent reduction loss. It also eliminates the necessity for exact anatomic plate contouring. Specifications Rounded edges on plates for less irritation to soft tissue. Reduced plate/screw profile. Predetermined screw locations. Available holes 6. Available size 1.5mm, 2.0mm and 2.5 mm. Available in Titanium material. Indications Selective trauma of the midface and craniofacial skeleton. Craniofacial surgery. Reconstructive procedures. Selective orthognathic surgery of the maxilla and chin.
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Double Y Plate 2.5mm

  • Number Of Flower Plate
  • Material Titanium
  • Thickness 2.5mm
  • Size 1.5mm, 2.0mm, 2.5mm
  • Edges Rounded For Less Irritation
  • Plate/Screw Profile Reduced
  • Number Of Holes 6
Double Y Plate 2.5mm improves build stability by lowering the chance of screw back-out and subsequent reduction loss. It also eliminates the necessity for exact anatomic plate contouring. Specifications Rounded edges on plates for less irritation to soft tissue. Reduced plate/screw profile. Predetermined screw locations. Available holes 6. Available size 1.5mm, 2.0mm and 2.5 mm. Available in Titanium material. Indicatations Selective trauma of the midface and craniofacial skeleton. Craniofacial surgery. Reconstructive procedures. Selective orthognathic surgery of the maxilla and chin.
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3.0mm Transverse Connecting Rod

  • Number Of Flower Orthopedic Implant
  • Material Metal
  • Packaging Type Sterile Packaging
  • Application Connect Two Pedicle Screws In Spine Surgeries
  • Size 3.0mm Diameter
  • Stabilization Helps Stabilize The Spine
A transverse connecting rod is a metal rod used in spine surgeries to connect two pedicle screws placed on opposite sides of the vertebra. As an orthopedic implant, the transverse connecting rod helps stabilize the spine and prevent spinal deformity.

Length Titanium
80mm 3880.080
100mm 3880.100
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Lateral Mass Screw Offset Connector

  • Number Of Flower Connector
  • Material Titanium Alloy
  • Packaging Type Metallic
  • Application Spinal Fixation Surgeries
  • Packaging Sterile Pouch
  • Size 3.5mm
A lateral offset connector for lateral mass screws is a crucial component in spinal fixation surgeries. It enables the connection of lateral mass screws to rods, allowing stabilization of the spine in cases of spinal instability and deformity. The innovative design of the connector allows for proper alignment and fusion alongside reducing the risk of adjacent segment disease.
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Ezy Mesh Plate 2.5mm

  • Material Titanium
  • Size 2.5mm
  • Indications Comminuted Fractures, Craniofacial Reconstruction
  • Profile Reduced Plate/screw Profile
  • Screw Locations Predetermined Screw Locations
Ezy Mesh Plate is a versatile option for maxillofacial fractures. It provides good stabilization, especially in comminuted fractures. Zealmax Ortho offers a wide range of plates in the maxillofacial systems which are different in color code for easy identification and valuable in restoring the form and function in maxillofacial trauma patients. Specifications Reduced plate/screw profile. Predetermined screw locations Available size 1.5mm, 2.0mm and 2.5mm. Available in Titanium material. Indicatations Comminuted fractures Craniofacial reconstruction Mandibular reconstruction Augmentation of atrophic maxilla & mandible Orthognathic surgery
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H Plate 1.5mm

  • Number Of Flower Maxillofacial Plate
  • Material Titanium
  • Thickness 1.5mm
  • Size 7 Holes
  • Screw Profile Reduced
  • Screw Locations Predetermined
Zealmax Ortho offers a wide range of plates in the maxillofacial systems which are different in color code for easy identification and valuable in restoring the form and function in maxillofacial trauma patients. Specifications Reduced plate/screw profile. Predetermined screw locations. Available size 1.5mm, 2.0mm and 2.5mm. Available in Titanium material. Available 7 holes. Indicatations Comminuted fractures Craniofacial reconstruction Mandibular reconstruction Augmentation of atrophic maxilla & mandible Orthognathic surgery
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H Plate 2.0mm

  • Material Titanium
  • Thickness 2.0mm
  • Size 2.0mm
  • Name H Plate 2.0mm
  • Holes 7
  • Application Comminuted Fractures, Craniofacial Reconstruction
Zealmax Ortho offers a wide range of plates in the maxillofacial systems which are different in color code for easy identification and valuable in restoring the form and function in maxillofacial trauma patients. Specifications Reduced plate/screw profile. Predetermined screw locations. Available size 1.5mm, 2.0mm and 2.5mm. Available in Titanium material. Available 7 holes. Indicatations Comminuted fractures Craniofacial reconstruction Mandibular reconstruction Augmentation of atrophic maxilla & mandible Orthognathic surgery
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4.0mm Cervical Bon Screw, Self Tapping

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Packaging Type Sterile Pack
  • Usage Cervical Spine Surgeries
  • Thread Type Self-Tapping
A Cervical Bone Screw (Self Tapping) is a spinal orthopedic implant specifically designed for surgeries in the cervical spine. The self-tapping nature of the screw allows for easy insertion which reduces the risk of damaging the surrounding bones. It creates its own threads in the bone as and when it is inserted.
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Occipital Polyaxial Screw Rod

  • Number Of Flower Rod
  • Material Metal Alloy
  • Size 3.5mm Diameter, Available In Various Lengths
  • Angulation 30 Degrees
  • Anatomical Compatibility Diverse Anatomical Needs
The 3.5mm Rod for Occipital Polyaxial Screw connects to the occipital bone with the aid of polyaxial screws which allow the freeway of 30* degree angulation. Available in a variety of lengths to fit diverse anatomical needs, this rod provides additional stability and alignment for the upper cervical spine.
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3.5mm Transverse Connector

  • Number Of Flower Spinal Surgery Rod
  • Material Titanium Alloy
  • Packaging Type Sterile Pack
  • Application Spinal Surgeries
  • Color Silver
  • Size 3.5mm Diameter
A tapered rod is a specialized rod used in spinal surgeries, particularly for procedures involving the cervicothoracic junction. The tapered design allows the rod to conform better to the natural curvature of the spine, especially where the cervical spine transitions to the larger thoracic vertebrae. These rods improve stability and reduce the stress on the bone, facilitating an enhanced anatomical fit.
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3.5mm/5.5mm Tapered Rod

  • Number Of Flower Spinal Surgery Equipment
  • Application Spinal Surgeries, Cervicothoracic Junction Procedures
  • Material Titanium Alloy
  • Packaging Sterile Packaging
  • Design Tapered For Better Spine Curvature Conformity
  • Stability Improved Stability And Reduced Bone Stress
  • Fit Enhanced Anatomical Fit
A tapered rod is a specialized rod used in spinal surgeries, particularly for procedures involving the cervicothoracic junction. The tapered design allows the rod to conform better to the natural curvature of the spine, especially where the cervical spine transitions to the larger thoracic vertebrae. These rods improve stability and reduce the stress on the bone, facilitating an enhanced anatomical fit.
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4.0mm Cervical Bon Screw, Self Drilling

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Application Spinal Fusion Surgeries
  • Size 4.0mm
  • Compatibility Cervical Spine
  • Tip Type Self-Drilling
A Cervical Bone Screw (Self Drilling) is a spinal orthopedic implant used in spinal fusion surgeries comprising the cervical spine. As opposed to self-tapping screws, these screws consist of a pointed tip that acts like a drill bit to create its own channel in the bone during surgical insertion. It not only saves time during surgeries but also reduces the risk of surrounding bone damage during pe-drilling.

Titanium
Length ø4.Omm
12mm 3870.012
14mm 3870.014
16mm 3870.016
18mm 3870.018
20mm 3870.020
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5.5mm Mis Rod Straight

  • Number Of Flower Spinal Implant
  • Material Titanium Alloy
  • Packaging Type Sterile Packaging
  • Application Spinal Fusion Surgeries For Stabilizing The Spine
  • Size 5.5mm Diameter
  • Profile Straight
An MIS (Minimally Invasive Surgery) straight rod is a spinal implant used in spinal fusion surgeries for stabilizing the spine. Designed for minimally invasive procedures with smaller incisions, the straight profile allows for ease of insertion into the spinal canal.
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5.5mm Mis Rod Curved

  • Number Of Flower Spinal Implant
  • Application Spinal Fusion Procedures
  • Size 5.5mm Diameter
  • Shape Curved
  • Design Pre-curved For Minimally Invasive Procedures
  • Compatibility Matches Patient's Spinal Anatomy
An MIS (Minimally Invasive Surgery) curved rod is a spinal implant used during spinal fusion procedures. Designed for minimally invasive procedures with smaller incisions, the pre-curved shape matches the patients spinal anatomy.
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4.0mm Cortex Screw

  • Number Of Flower Orthopedic Screw
  • Material Titanium
  • Application Anchoring And Stabilizing Bone Fragments
  • Packaging Sterile Pack
  • Size 4.0mm Diameter
Cortex screws are used in orthopedic surgery, specifically designed to anchor and stabilize bone fragments or other implants within the cortex. Made from biocompatible materials like titanium, they ensure long-term functionality within the body. Cortex screws are commonly used in a variety of orthopedic procedures, including the fixation of bone fractures, especially in the long bones of the spine.
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5.5mm Chrome Rod For Pedical Screw

  • Number Of Flower Chrome Rod
  • Material Cobalt-Chromium (CoCr) Alloy
  • Application Pedicle Screw Fixation Systems For Spinal Surgeries
  • Size 5.5mm Diameter
  • Stability Provides Robust Spinal Stability
Chrome Rods for Pedicle Screws, namely called cobalt-chromium (Cocr) rods, are used in pedicle screw fixation systems for spinal surgeries. They are longer and slender, providing more resistance to bending and fatigue. The Cocr alloy provides robust spinal stability, particularly effective for corrective procedures involving significant stress on the spine.
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Acl Interference Screw, Cannulated

  • Number Of Flower Arthroscopic Implant
  • Name Acl Interference Screw, Cannulated
  • Packaging Type Box
The ACL Interference Screw, Cannulated, is an arthroscopic implant, primarily used in Anterior Cruciate Ligament (ACL) reconstruction surgeries. The screws design is to secure the grafted ligament to the bone. The term Cannulated here refers to the hollow center, creating a smoother passageway for accurate implant placement. The implant provides initial stability to the graft while it heals the bone.
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5.5mm Rod For Pedicle Screw

  • Number Of Flower Rod
  • Material Titanium Alloy
  • Packaging Sterile Pouch
Pedicle screws are placed above and below the vertebrae that are fused. A rod for the pedicle screw is used to connect the screws to prevent movement and allow the bone graft to heal.
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4.0mm Low Profile Cancellous Screw

  • Number Of Flower Arthroscopic Implant
  • Material Cancellous Screw
  • Application Securing Soft Tissues To Bone In Knee Arthroscopic Surgeries
  • Diameter 4.0mm
  • Head Size Small
  • Height Low
4.0mm Profile Cancellous Screw is a specialized arthroscopic implant used in knee arthroscopic surgeries to secure soft tissues, such as ligaments or tendons, to the bone. Designed with a small head and height, it reduces the risk of post-operative irritation and inflammation. The diameter of the screw is 4.0mm. The screw is used with a washer for enhanced fixation and is available in different lengths to fit into individual anatomical variations.
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6.5mm Low Profile Cancellous Screw

  • Number Of Flower Arthroscopic Implant
  • Material Cancellous
  • Size 6.5mm Diameter
  • Head Type Small
  • Height Low Profile
  • Available Lengths Various Lengths Available
6.5mm Profile Cancellous Screw is a specialized arthroscopic implant used in knee arthroscopic surgeries to secure soft tissues, such as ligaments or tendons, to the bone. Designed with a small head and height, it reduces the risk of post-operative irritation and inflammation. The diameter of the screw is 6.5mm. The screw is used with a washer for enhanced fixation and is available in different lengths to fit into individual anatomical variations.
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Loop Button

  • Number Of Flower Arthroscopic Orthopedic Implant
  • Name Loop Button
  • Packaging Usually Individually Packaged In Sterile Pouches
  • Sterility Supplied Sterile
A Loop Button is an arthroscopic orthopedic implant primarily used in Anterior Cruciate Ligament (ACL) reconstruction. It eliminates the need for multiple implant insertions and facilitates complete graft fill while keeping the ligaments secure during reconstruction or repair. The Loop Button design allows for a secure fixation and also minimizes tissue damage.
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Adjustable Loop

  • Number Of Flower Orthopedic Implant
  • Material Titanium Button With Suture Material
  • Usage Arthroscopic ACL Reconstruction
  • Adjustability Length Adjustment For Graft Tensioning
  • Advantages Enhanced Surgical Flexibility And Customization
Adjustable Loop is an arthroscopic orthopedic implant primarily used in Anterior Cruciate Ligament (ACL) reconstruction. It offers surgical flexibility in graft tensioning. The implant typically consists of a titanium button with a pre-attached loop of suture material that can be adjusted in length. The adjustable feature allows precise graft tensioning during surgical procedures, enhancing customization and improving chances of patient recovery. It aims to minimize the need for knot tying and streamline surgical procedures in a minimally invasive way.
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Disposable Cannula

  • Material Sterile Plastic
  • Packaging Type Sterile, Single-use
  • Size 8.25x70mm
  • Reusable Obturators Available For Repeated Use
  • Design Threaded Design For Easy Insertion And Secure Retention
  • Connection Luer And 1/4
Disposable cannulas are devices designed for the creation and maintenance of access routes in the joints. They allow the insertion or removal of instruments, implants and sutures in arthroscopic surgical procedures. Specifications The contents are provided sterile, for single use only. Reusable obturators are also available for repeated use. Transparent cannula for optimal monitoring of instrumentation and suture Unique threaded design for easy insertion and secure retention. Luer and 1/4 tube connection on an adjustable fluid port. Color coding by diameter. Available length 8.25x70mm. Indications: Shoulder Arthroscopy Procedures.
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Endo Button Braided Loop

  • Number Of Flower Orthopedic Implant
  • Material Braided Material
  • Name Endo Button Braided Loop
  • Usage Anterior Cruciate Ligament (ACL) Reconstruction
  • Design Loop Button
  • Fixation Secure
  • Tissue Damage Minimized
A Loop Button is an arthroscopic orthopedic implant primarily used in Anterior Cruciate Ligament (ACL) reconstruction. It eliminates the need for multiple implant insertions and facilitates complete graft fill while keeping the ligaments secure during reconstruction or repair. The Loop Button design allows for a secure fixation and also minimizes tissue damage.
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Interference Screw

  • Number Of Flower ACL Reconstruction Screw
  • Material Titanium
  • Usage ACL Reconstruction For Graft Protection
  • Safety No Risk Of Infection Or Discomfort
Arthroscopic ACL knee surgery is a minimally invasive surgical procedure in which a special camera and surgical tools are inserted into the knee through tiny holes. If the ligament is partially torn it is repaired by sewing and if its completely detached, it is reconstructed by replacing the torn ligament with a graft, usually taken from the hamstring or patellar tendon to fix which ACL screw is required. Since our ACL screws are made of high-performance Titanium material, it guarantees durability and no risk of infection or discomfort. Specifications Titanium screw designed for ACL reconstruction where graft protection is required. Tendon-to-Bone fixation device. Fully threaded screw acts as a compression device to engage & compress the graft for fixation. Designed specifically for minimal tunnel preparation. Cannulated screw for ease of guide wire insertion & removal. Made of Titanium material. Available in dia. 7, 8, 9, 10, and 11mm. Available length 20, 25, 30 and 35mm.
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Interference Screw Acl, Cannulated

  • Number Of Flower Arthroscopic Implant
  • Material PEEK
  • Application ACL Reconstruction Surgeries
  • Design Cannulated For Smoother Passageway
  • Function Securing Grafted Ligament To Bone
  • Compatibility Better Compatibility With Human Body
  • Benefits Provides Initial Stability To The Graft
The Interference Screw ACL, Cannulated, is an arthroscopic implant, primarily used in Anterior Cruciate Ligament (ACL) reconstruction surgeries. The screws design is to secure the grafted ligament to the bone. The term Cannulated here refers to the hollow center, creating a smoother passageway for accurate implant placement. The implant provides initial stability to the graft while it heals the bone. Additionally, the PEEK material of the implant ensures better compatibility with the human body and minimal risks of post-operative allergies.
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2.8mm Ligament Anchor, Titanium Loaded With 1 PC Fiber

  • Material Titanium
  • Size 2.8mm
  • Application Orthopedic Ligament Fixation
  • Load 1 PC Fiber
Introducing the 2.8mm Ligament Anchor, Titanium, designed for orthopedic ligament fixation. This anchor is loaded with 1 PC Fiber for enhanced strength and stability. Made from high-quality titanium, it ensures durability and reliability in surgical procedures. The 2.8mm size offers precision and compatibility for various orthopedic applications.
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6.5mm Ligament Anchor, Titanium Loaded With 2 PC Fiber

  • Number Of Flower Orthopedic Implant
  • Material Titanium, Polyethylene
  • Application Soft Tissue Fixation In Orthopedic Procedures
  • Diameter 6.5 Mm
  • Additional Features Self-drilling, Self-tapping, Low Profile Design
The 6.5mm Ligament Anchor is a titanium orthopedic implant designed for soft tissue fixation in orthopedic procedures. It is loaded with 2 PC Fiber, a type of polyethylene material, to provide additional strength and stability to the anchor. Specifications Made of high-strength titanium for durability and corrosion resistance Designed with a low profile to minimize tissue irritation Self-drilling and self-tapping for ease of insertion Available in different lengths to accommodate various surgical techniques Anchor diameter: 6.5 mm Material: Titanium Fiber type: 2 PC Fiber (polyethylene) Indications Ligament reconstruction Tendon repair Fracture fixation Joint stabilization
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Spiked Washer

  • Number Of Flower Arthroscopic Implant
  • Material Biocompatible Metal Alloy
  • Packaging Type Sterile Packaging
  • Usage Soft Tissue Fixation In Knee Arthroscopic Surgeries
A Spiked Washer is an arthroscopic implant used in knee arthroscopic surgeries, particularly for soft tissue fixation during ligament reconstruction procedures. The implant is specifically designed to attach soft tissue grafts securely to the cortical bone, providing enhanced security and stability. The series of low-profile spikes present on its underside dig into the bone when the washer is compressed, preventing slippage and ensuring a strong hold. It enhances effective load distribution and minimizes the risk of graft failure.
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Loop Washer

  • Number Of Flower Arthroscopic Implant
  • Material Medical-grade Stainless Steel
  • Usage Knee Ligament Reconstruction Surgeries
  • Adjustability Yes
  • Button Configurations Various
A Loop Washer is an arthroscopic implant, primarily used in knee ligament reconstruction surgeries. It provides secure fixation to the graft by creating an adjustable loop that attaches to various button configurations. The use of a loop washer in an arthroscopic surgery enables surgeons to achieve secure customized graft fixation through small incisions, promoting faster post-operative results.
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Spiked Ligament Staple

  • Number Of Flower Arthroscopic Implant
  • Material Biocompatible Metal Alloy
  • Color Silver
  • Packaging Sterile Packaging
A Spiked Ligament Staple is a specialized arthroscopic implant used in knee surgeries to secure and reinforce damaged or repaired ligaments. The implant consists of small spikes that anchor them to the ligament and surrounding tissues. Surgeons use the implant to provide immediate stability to the damaged ligament, enabling faster healing and reducing the risk of implant migration.
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2.8mm Dual Threaded Suture Anchor

  • Number Of Flower Arthroscopic Implant
  • Material One Pc Refiber
  • Size 2.8mm And 3.5mm Lengths
  • Application Shoulder Arthroscopy Surgeries
  • Thread Patterns Dual Threaded
The Dual Threaded Suture Anchor is an arthroscopic implant used in shoulder arthroscopy surgeries to enhance fixation strength. It features two different thread patterns, allowing easy pull-out and insertion during surgeries. The anchor is particularly useful in cases where bone quality is compromised or a higher tensile strength is required. With optimal anchor performance, surgeons can achieve better post-operative outcomes in repairing rotator cuff tears and other shoulder injuries. It is loaded with One Pc Refiber (with/without Needle) which saves time and reduces the risk of irritation/contamination during surgical procedures. The Suture Anchor is available in 2.8mm and 3.5mm lengths to accommodate individual anatomical variations.
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Suture Anchor 2.8mm

  • Number Of Flower Surgical Implant
  • Length 2.4mm
  • Size 2.4mm
  • Packaging Type Loaded With One Pc Refiber (with/without Needle)
  • Design Threaded/barbed Design For Gripping Into The Bone
  • Ideal For Minimally Invasive Shoulder Surgeries
A Suture Anchor 2.4mm is a small, surgical implant used to secure soft tissues like tendons or ligaments to the bone. It has a threaded/barbed design to grip into the bone. The small size makes them an ideal choice for minimally invasive shoulder surgeries, allowing for precise placement and reduced surgical trauma. It is loaded with One Pc Refiber (with/without Needle) which saves time and reduces the risk of irritation/contamination during surgical procedures. The length of the implant is 2.4mm.
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Dual Threaded Suture Anchor

  • Number Of Flower Arthroscopic Implant
  • Material Refiber
  • Application Shoulder Arthroscopy Surgeries
  • Packaging Two/Three Pc Refiber (with/without Needle)
  • Thread Patterns Two Different Patterns
  • Strength Higher Tensile Strength
  • Bone Compatibility Compromised Bone Quality
  • Lengths Available 5.0mm, 6.5mm
The Dual Threaded Suture Anchor is an arthroscopic implant used in shoulder arthroscopy surgeries to enhance fixation strength. It features two different thread patterns, allowing easy pull-out and insertion during surgeries. The anchor is particularly useful in cases where bone quality is compromised or a higher tensile strength is required. With optimal anchor performance, surgeons can achieve better post-operative outcomes in repairing rotator cuff tears and other shoulder injuries. It is loaded with Two/Three Pc Refiber (with/without Needle) which saves time and reduces the risk of irritation/contamination during surgical procedures. The Suture Anchor is available in 5.0mm and 6.5mm lengths to accommodate individual anatomical variations.
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Meniscus Suture Anchor

  • Number Of Flower Medical Device
  • Material Biocompatible Material
  • Application Used In Orthopedic Surgeries To Repair Meniscus Tears
  • Packaging Sterile Packaging
  • Size Various Sizes Available
  • Sterilization Ethylene Oxide Sterilized
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Refiber Suture

  • Material Polyester, Ultra-high Molecular Weight Polyethylene
  • Application Arthroscopic Procedures, Tissue Repair
  • Strength High-strength
  • Feel Soft
  • Abrasion Resistance High
A ReFiber is a high-strength suture used in arthroscopic procedures, consisting of a braided core of polyester and ultra-high molecular weight polyethylene (UHMWPE). It combines a soft feel with abrasion resistance and strength, reducing the risk of breakage during knot tying. Available in various lengths, diameters, and needle types, ReFiber enhances surgical flow, minimizes surrounding tissue damage, lowers the risk of complications, and facilitates quicker recovery post-operation. A ReFiber is used in arthroscopic surgeries for easier surgical flow. It is primarily used in tissue repair and minimizes surrounding tissue damage, lowering the risk of complications, and facilitating quicker recovery post-operation.
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Suture Anchor 2.4mm

  • Number Of Flower Surgical Implant
  • Size 2.4mm
  • Material Metal Alloy
  • Application Securing Soft Tissues To Bone
  • Length 2.4mm
  • Design Threaded/barbed
  • Ideal For Minimally Invasive Shoulder Surgeries
  • Loaded With One Pc Refiber (with/without Needle)
A Suture Anchor 2.4mm is a small, surgical implant used to secure soft tissues like tendons or ligaments to the bone. It has a threaded/barbed design to grip into the bone. The small size makes them an ideal choice for minimally invasive shoulder surgeries, allowing for precise placement and reduced surgical trauma. It is loaded with One Pc Refiber (with/without Needle) which saves time and reduces the risk of irritation/contamination during surgical procedures. The length of the implant is 2.4mm.
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3D Plates Maxillofacial Implant

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Packaging Type Metallic
  • Packaging Type Sterile Packaging
  • Design 3D Contour Matching
  • Benefits Anatomically Accurate, Stable Repair
  • Fit Highly Precise
3D Plates are orthopedic implants used in maxillofacial surgeries. Unlike traditional flat plates, 3D plates are designed to precisely match the complex contours of the facial bones. This provides a more anatomically accurate and stable repair. These implants offer a highly precise fit, minimizing the risk of complications and ensuring optimal healing and quicker recovery time.
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Suture Anchor 5.0mm/6.5mm

  • Number Of Flower Surgical Implant
  • Size 5.0mm/6.5mm
  • Material Metal Alloy
  • Application Securing Soft Tissues To Bone
  • Design Threaded/barbed
  • Ideal For Minimally Invasive Shoulder Surgeries
A Suture Anchor is a small, surgical implant used to secure soft tissues like tendons or ligaments to the bone. It has a threaded/barbed design to grip into the bone. The small size makes them an ideal choice for minimally invasive shoulder surgeries, allowing for precise placement and reduced surgical trauma. It is loaded with One Pc Refiber (with/without Needle) which saves time and reduces the risk of irritation/contamination during surgical procedures. The implant is available in various lengths to fit individual anatomical variations.
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Suture Anchor Knotless Peek

  • Number Of Flower Orthopedic Implant
  • Material Peek
  • Name Suture Anchor Knotless Peek
  • Size Options Available In 2.8mm, 3.0mm, And 3.5mm Lengths
The Suture Anchor Knotless Peek is an orthopedic implant used in shoulder arthroscopic surgeries. Unlike traditional anchors requiring knots, the knotless design of the implant simplifies surgical procedures. It reduces surgical time, minimizes surgical trauma, and enhances surgical precision. Primarily, this implant is used to secure soft tissues like tendons or ligaments to the bone, aiding in optimal repair and stabilization of the shoulder joint. The integration of Suture Anchor Knotless Peek also brings out better post-operative outcomes. Additionally, the peek material ensures more compatibility with the human body. The Suture Anchor is available in 2.8mm, 3.0mm and 3.5mm lengths to accommodate individual anatomical variations.
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Suture Anchor Peek

  • Number Of Flower Arthroscopic Implant
  • Material Polyether Ether Ketone (PEEK)
  • Packaging Type Radiolucent (peek)
  • Packaging Individually Packaged
  • Usage Securing Soft Tissues To Bone During Orthopedic Procedures
  • Sizes Available 2.8mm, 3.0mm, 3.5mm
A Suture Anchor Peek is an arthroscopic implant made from Polyether Ether Ketone (PEEK), a strong and biocompatible material. It is designed to secure the soft tissues to the bone during orthopedic procedures. The radiolucent property (peek) is particularly beneficial for minimally invasive procedures, as it does not obstruct X-ray imaging allowing surgeons to position the anchor correctly leading to better post-operative results. It is available in sizes 2.8mm, 3.0mm, and 3.5mm. The 2.8mm anchor comes with one Pc Refiber, while the 3.0mm and 3.5mm anchors each come with two Pc Refiber.
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Suture Anchor Peek 5.5mm

  • Number Of Flower Arthroscopic Implant
  • Material Polyether Ether Ketone (PEEK)
  • Packaging Type Radiolucent (peek)
  • Size 5.5mm Length
  • Packaging Type Loaded With Two Or Three Pc Refibers
A Suture Anchor Peek 5.5mm is an arthroscopic implant made from Polyether Ether Ketone (PEEK), a strong and biocompatible material. It is designed to secure the soft tissues to the bone during orthopedic procedures. The radiolucent property (peek) is particularly beneficial for minimally invasive procedures, as it does not obstruct X-ray imaging allowing surgeons to position the anchor correctly leading to better post-operative results. The length of the implant is 5.5mm and it comes loaded with Two or Three Pc Refibers.
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Angular Plate

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Application Maxillofacial Surgeries, Repairing Fractures In Facial Bones
  • Shape Angular
An Angular Plate is an orthopedic implant used in maxillofacial surgeries to repair fractures in the facial bones, particularly those involving the angles of the jaw. Its distinctive angular shape allows for secure attachment to multiple points on the bone, providing a stable and durable fixation. It is usually used in Mandibular fractures, Zygomatic arch fractures, and Orbital fractures.
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3D Plate 1.5mm

  • Thickness 1.5mm
  • Number Of Flower Plate
  • Material Titanium
  • Available Hole Configurations 2+2, 2+3, 2+4
  • Indications Osteotomy, Stabilization & Rigid Fixation Of Cranio-maxillofacial Fractures
  • Flexible Design Yes
Titanium 3D plate has a flexible design for every clinical situation that helps surgeons to execute the surgery with ultimate convenience and efficiency. Specifications Predetermined screw locations. Patient-specific plate design. Color-coding by strength for easy identification. Available holes 2+2, 2+3, and 2+4. Available size 1.5mm, 2.0mm and 2.5 mm. Indicatations Osteotomy, Stabilization & rigid fixation of cranio-maxillofacial fractures and reconstruction.
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3D Plate 2.0mm

  • Material Titanium
  • Number Of Flower Plate
  • Thickness 2.0mm
  • Size 1.5mm, 2.0mm, 2.5mm
  • Available Hole Configurations 2+2, 2+3, 2+4
Titanium 3D plate has a flexible design for every clinical situation that helps surgeons to execute the surgery with ultimate convenience and efficiency. Specifications Predetermined screw locations. Patient-specific plate design. Color-coding by strength for easy identification. Available holes 2+2, 2+3, and 2+4. Available size 1.5mm, 2.0mm and 2.5 mm. Indications Osteotomy, Stabilization & rigid fixation of cranio-maxillofacial fractures and reconstruction.
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3D Plate 2.5mm

  • Number Of Flower Titanium Plate
  • Material Titanium
  • Thickness 2.5mm
  • Size 1.5mm, 2.0mm, 2.5mm
  • Available Hole Configurations 2+2, 2+3, 2+4
Titanium 3D plate has a flexible design for every clinical situation that helps surgeons to execute the surgery with ultimate convenience and efficiency. Specifications Predetermined screw locations. Patient-specific plate design. Color-coding by strength for easy identification. Available holes 2+2, 2+3, and 2+4. Available size 1.5mm, 2.0mm and 2.5 mm. Indications Osteotomy, Stabilization & rigid fixation of cranio-maxillofacial fractures and reconstruction
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Angled Mandible Reconstruction Plate

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Packaging Type Sterile Pouch
  • Usage Maxillofacial Surgeries
Angled for Mandible Reconstruction Plate is an orthopedic implant used in maxillofacial surgeries to repair fractures or defects in the mandible (lower jaw). These plates are unique due to their angled shape, which allows them to fit the natural curvature of the mandible more precisely. The angled design of the plates evenly distributes across the fracture site, promoting optimal post-operative healing. They are used in various surgical procedures including fracture repair, segmental resection, and orthognathic surgeries.
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Curved Plate 2.5mm

  • Size 1.5mm, 2.0mm, 2.5mm
  • Application Improves Build Stability, Eliminates Need For Exact Contouring
  • Material Titanium
  • Number Of Flower Orthopedic Implant
  • Screw Locations Predetermined
  • Plate Design Patient-specific
  • Available Holes 4 And 6
Curved Plate 2.5mm improves build stability by lowering the chance of screw back-out and subsequent reduction loss. It also eliminates the necessity for exact anatomic plate contouring. Specifications Predetermined screw locations. Patient-specific plate design. Color-coding by strength for easy identification. Versatile coverage of a very wide range of applications. Available holes 4 and 6. Available size 1.5mm, 2.0mm and 2.5 mm. Available in Titanium material. Available for both left and right direction.
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Chin Plate

  • Material Titanium
  • Number Of Flower Orthopedic Implant
  • Usage Repair And Reconstruct Chin Bone, Maxillofacial Surgeries
  • Packaging Type Sterile Packaging
  • Stabilization Fracture Stabilization
  • Incorporation Integrated Into Maxillofacial Surgeries

Chin plates are orthopedic implants used in maxillofacial surgeries to repair and reconstruct the chin bone (mandible). They are incorporated into maxillofacial surgeries for stabilizing and repairing fractures caused by trauma, reconstruction of missing bones, or treating congenital deformities of the chin.

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Curved Plate

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Shape Curved
  • Application Maxillofacial Surgeries
  • Benefits Less Tissue Damage, Minimally Invasive Fit
A Curved Plate is an orthopedic implant used in maxillofacial surgeries to repair fractures. The curved shape allows for better contouring of the patients facial anatomy, providing less surrounding tissue damage and a minimally invasive fit. The design of the implants allows for greater flexibility and customization, making them suitable for various anatomical variations. It is usually incorporated in Mandibular fractures, Zygomatic arch fractures, Orbital fractures, and Nasal fractures.
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Curved Plate 1.5mm

  • Number Of Flower Orthopedic Implant
  • Material Titanium
  • Size 1.5mm, 2.0mm, 2.5mm
  • Screw Locations Predetermined
  • Plate Design Patient-specific
  • Coverage Versatile, Wide Range Of Applications
  • Available Holes 4 And 6
  • Direction Available For Both Left And Right
Curved Plate 1.5mm improves build stability by lowering the chance of screw back-out and subsequent reduction loss. It also eliminates the necessity for exact anatomic plate contouring. Specifications Predetermined screw locations. Patient-specific plate design. Color-coding by strength for easy identification. Versatile coverage of a very wide range of applications. Available holes 4 and 6. Available size 1.5mm, 2.0mm and 2.5 mm. Available in Titanium material. Available for both left and right direction.
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Emergency Screw

  • Number Of Flower Orthopedic Implant
  • Material Medical-grade Stainless Steel
  • Packaging Type Sterile Packaging
  • Usage Maxillofacial Surgeries
  • Design Rapid And Temporary Fixation
  • Insertion Quick And Easy
  • Stabilization Immediate
An Emergency Screw is an orthopedic implant used in maxillofacial surgeries, designed for rapid and temporary fixation in maxillofacial emergencies. These screws are typically used when immediate stabilization is required to prevent further damage to the jaw or facial structures. They are designed for quick and easy insertion, allowing for immediate stabilization in critical situations. These screws are intended to provide temporary support until more definitive treatment can be performed.
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3.5mm Reconstruction J-Plate With Low Profile (Radius 108mm) Right/left

  • Number Of Flower Orthopedic Implant
  • Usage Stabilize And Support Fractured Pelvic Bones
  • Design Features Low-profile Design, J-shaped Configuration (radius 88mm)
  • Compatibility Accommodates 3.5mm Diameter Screws
  • Width Of Holes 3.5mm
The 3.5mm Reconstruction J-Plate with Low Profile (Radius 108mm) Right/Left is an orthopedic implant used in pelvic surgeries to stabilize and support fractured pelvic bones. It is designed with a low-profile design to minimize soft tissue irritation. Its J-shaped configuration (radius 88mm) allows a correct anatomical fit in certain pelvic fractures, particularly those involving the iliopubic symphysis. It allows for precise reconstruction of the pelvic anatomy in cases where a straight or curved plate is not suitable. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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Arch Bar 30cm

  • Material Stainless Steel
  • Color Silver
  • Size 30cm
  • Usage Immobilize Jaws In Maxillofacial Surgeries
  • Packaging Sterile Packaging
Arch Bars are orthopedic implants used in maxillofacial surgeries, specifically used to immobilize the jaws. The size of the bar is longer than average and hence is usually used in extensive facial trauma and complex surgical procedures. Securing the arch bar to the teeth in both the upper and lower jaws prevents any movement. It is essential for allowing fractures to heal and preventing further displacement or injury.
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3.5mm Dcp Symphysal Plate (D.c. Hole)

  • Number Of Flower Orthopedic Implant
  • Application Pelvic Surgeries
  • Plate Width 3.5mm
  • Plate Design Dynamic Compression Plate
  • Plate Location Symphysis Pubis
  • Hole Type D.C. (Possibly For Specific Screw Types/placement)
  • Hole Width 3.5mm
The 3.5mm DCP Symphysal Plate is an orthopedic implant used in pelvic surgeries. It stands for a dynamic compression plate designed to apply compression force across a fracture site, promoting bone healing and stability. The implant is specifically designed for the symphysis pubis, the joint where the two pubic bones meet in the pelvis. The D.C indicates a type of hole configuration on the plate, possibly designed for specific screw types or placement techniques. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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3.5MM Dcp Symphysal Plate (Round Hole)

  • Number Of Flower Orthopedic Implant
  • Material Metal Alloy
  • Size 3.5mm
  • Color Silver
  • Hole Shape Round
  • Compatibility Screws With 3.5mm Diameter
  • Design Low-profile
The 3.5mm DCP Symphysal Plate (Round Hole) is an orthopedic implant used in pelvic surgeries to stabilize fractures or instability of the pubic symphysis. It provides support and fixation to the anterior pelvic ring. The implants low-profile design minimizes soft tissue irritation and promotes overall healing. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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3.5mm Pelvic Quadra Lateral Plate

  • Number Of Flower Orthopedic Implant
  • Material Medical-grade Stainless Steel
  • Size Standard 3.5mm Width
  • Compatibility Screws With A Diameter Of 3.5mm
  • Design Low-profile To Minimize Soft Tissue Irritation
The 3.5mm Pelvic Quadra Lateral Plate is an orthopedic implant used in pelvic surgeries to stabilize fractures in the quadrilateral lamina of the acetabulum, a crucial part of the hip socket. It provides support and fixation to the anterior column of the pelvis. The low-profile design of the implant minimizes soft tissue irritation and promotes overall healing. The hole is 3.5mm in width and hence it can only accommodate screws that have a diameter of 3.5mm.
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3.5mm Spring Plate

  • Number Of Flower Orthopedic Implant
  • Application Temporarily Fixate Small Bone Fragments In The Pelvis
  • Enhancements Enhances Bone Healing And Reconstruction
  • HoleWidth 3.5mm
  • ScrewDiameterCompatibility 3.5mm Screws
  • AdditionalInfo Used In Pelvic Surgeries
The 3.5mm Spring Plate is an orthopedic implant used in pelvic surgeries to temporarily fixate and temporarily fix small bone fragments in the pelvis. The spring design allows for greater flexibility and precise anatomical alignment, enhancing bone healing and reconstruction. It is ideal for situations where traditional plate fixation is challenging. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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3.5mm Reconstruction J-Plate With Low Profile (Radius 88mm) Right/left

  • Material Metal Alloy
  • Packaging Type Sterile Packaging
  • Usage Stabilize And Support Fractured Pelvic Bones
  • Width Of Holes 3.5mm
  • Screw Diameter Compatibility 3.5mm
The 3.5mm Reconstruction J-Plate with Low Profile (Radius 88mm) Right/Left is an orthopedic implant used in pelvic surgeries to stabilize and support fractured pelvic bones. It is designed with a low-profile design to minimize soft tissue irritation. Its J-shaped configuration (radius 88mm) allows a correct anatomical fit in certain pelvic fractures, particularly those involving the iliopubic symphysis. It allows for precise reconstruction of the pelvic anatomy in cases where a straight or curved plate is not suitable. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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3.5mm Reconstruction Plate With Low Profile, Curved (Radius 108mm)

  • Number Of Flower Orthopedic Implant
  • Material Metal Alloy
  • Design Low Profile, Curved (Radius 108mm)
  • Usage Stabilize And Support Fractured Pelvic Bones
  • Plate Thickness 3.5mm
  • Hole Diameter 3.5mm
The 3.5mm Reconstruction Plate with Low Profile, Curved (Radius 108mm) is an orthopedic implant used in pelvic surgeries to stabilize and support fractured pelvic bones. It has a low-profile design that minimizes soft tissue irritation. The precise curved shape of the radius 108mm allows accurate reconstruction of pelvic anatomy in cases when a straight plate is not suitable. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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3.5mm Reconstruction Plate With Low Profile, Curved (Radius 88mm)

  • Number Of Flower Orthopedic Implant
  • Material Stainless Steel
  • Packaging Type Metallic
  • Design Low Profile, Curved (Radius 88mm)
  • Usage Stabilize And Support Fractured Pelvic Bones
  • Hole Width 3.5mm
  • Screw Diameter Compatibility 3.5mm
The 3.5mm Reconstruction Plate with Low Profile, Curved (Radius 88mm) is an orthopedic implant used in pelvic surgeries to stabilize and support fractured pelvic bones. It has a low-profile design that minimizes soft tissue irritation. The precise curved shape of the radius 108mm allows accurate reconstruction of pelvic anatomy in cases when a straight plate is not suitable. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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3.5mm Reconstruction Plate With Low Profile, Straight

  • Material Metal Alloy
  • Size 3.5mm Width
  • Packaging Type Sterile Packaging
  • Shape Straight
  • Design Low Profile
  • Compatibility 3.5mm Diameter Screws
  • Special Feature Minimize Soft Tissue Irritation
The 3.5mm Reconstruction Plate with Low Profile, Straight is an orthopedic implant used in pelvic surgeries to stabilize and support fractured pelvic bones. Designed with a low profile design to minimize soft tissue irritation, the straight shape of the implant allows precise reconstruction of the pelvic anatomy. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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3.5mm Lcp Symphysal Plate (Round Hole)

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Packaging Type Sterile Packaging
  • Color Metallic
  • Hole Shape Round
  • Hole Size 3.5mm
  • Screw Compatibility 3.5mm Diameter Screws
The 3.5mm LCP Symphyseal Plate (Round Hole) is an orthopedic implant used in pelvic surgeries to stabilize fractures or dislocations of the pubic symphysis where the two pubic bones meet at the front of the pelvis. The plates low profile design minimizes soft tissue irritation and the round holes allow for the use of both cortical screws and locking screws, providing flexibility in fixation. The plate is often pre-contoured to match the natural curvature of the pubic symphysis, ensuring a secure fit. The holes are 3.5mm in width and hence they can only accommodate screws that have a diameter of 3.5mm.
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3.5mm Lcp Reconstruction J-Plate With Low Profile (Radius 108mm) Right/left

  • Number Of Flower Orthopedic Implant
  • Material LCP (Locking Compression Plate)
  • Size 3.5mm
  • Usage Pelvic And Acetabular Reconstructive Surgeries, Fracture Fixation In Distal Humerus, Clavicle, And Scapula
  • Design J-Plate With Low Profile, Gentle Curvature With A Radius Of 108mm
  • IdealFor Stabilizing Fractures, Correcting Deformities In The Pelvic Brim
  • Compatibility Right/left
The 3.5mm LCP Reconstruction J-Plate with Low Profile (Radius 88mm) Right/Left is an orthopedic implant designed for pelvic and acetabular reconstructive surgeries and fracture fixation in the distal humerus, clavicle, and scapula. The J-shape and low profile design make it ideal for stabilizing fractures and correcting deformities in the pelvic brim. The plate has a gentle curvature with a radius of 108mm, which is designed to conform to the anatomical shape of the pelvis.
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3.5mm Lcp Reconstruction J-Plate With Low Profile (Radius 88mm) Right/left

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Size 3.5mm
  • Shape J-Plate
  • Radius 88mm
  • Side Right/left
The 3.5mm LCP Reconstruction J-Plate with Low Profile (Radius 88mm) Right/Left is an orthopedic implant designed for pelvic and acetabular reconstructive surgeries and fracture fixation in the distal humerus, clavicle, and scapula. The J-shape and low profile design make it ideal for stabilizing fractures and correcting deformities in the pelvic brim. The plate has a gentle curvature with a radius of 88mm, which is designed to conform to the anatomical shape of the pelvis.
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3.5mm Lcp Reconstruction Plate With Low Profile, Curved (Radius 108mm)

  • Material Stainless Steel
  • Size 3.5mm
  • Profile Low
  • Curvature Radius 108mm
  • Application Orthopedic Implant For Pelvic Surgeries
The 3.5mm LCP (Locking Compression Plate) Reconstruction Plate with Low Profile, Curved (Radius 108mm) is an orthopedic implant used in pelvic surgeries. The plate features locking screws, which provide enhanced stability and fixation compared to traditional non-locking plates. The plate is designed for complex reconstruction of pelvic fractures or deformities. It has a reduced thickness, allowing for a less invasive surgical approach and minimizing the risk of soft tissue irritation. The plate has a specific curvature with a radius of 108mm, which is designed to conform to the anatomical shape of the pelvis.
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Straight Lcp Reconstruction Plate

  • Number Of Flower Orthopedic Implant
  • Material Metal Alloy
  • Packaging Type Sterile Packaging
  • Usage Pelvic Surgeries
The 3.5mm LCP (Locking Compression Plate) Reconstruction Plate with Low Profile, Straight is an orthopedic implant used in pelvic surgeries. The plate features locking screws that engage with internal threads on the plate, providing enhanced stability and rotational control. The plate is designed for reconstructive surgeries, where significant bone or tissue loss has happened. This implant also has a reduced thickness, minimizing soft tissue irritation and improving implant visibility during surgeries.
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2.7mm Lcp Cloverleaf Plate

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Application Foot & Ankle Surgeries
  • Color Silver
  • Design Clover-shaped
  • Plate Thickness 2.7mm
  • Screw Compatibility 2.7mm Thick Screws
The 2.7mm LCP Cloverleaf Plate is an orthopedic implant used in foot & ankle surgeries. The unique, clover-shaped design of the implant allows for secure fixation of bones in various anatomical locations, making it surgically versatile. The plate can be used to stabilize fractures in the metacarpals, metatarsals, and other small bones in the hand and foot. It accommodates 2.7mm thick screws.
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3.5mm Locking Head Cancellous Screw, Self Tapping

  • Number Of Flower Orthopedic Implant
  • Application Pelvic Surgeries
  • Feature Self-tapping, Locking Head Design
  • Size 3.5mm Diameter
  • Bone Compatibility Cancellous Bone
The 3.5mm Locking Head Cancellous Screw, Self Tapping is an orthopedic implant used in pelvic surgeries. Its engineered to provide secure fixation in the cancellous bone, a porous type of bone found in the inner part of bones. The 3.5mm diameter makes it suitable for smaller bone fragments and delicate pelvic structures. This feature ensures the screw remains securely in place, reducing the risk of loosening or backing out. The thread pattern is designed to grip cancellous bone effectively, providing strong fixation. The thread pattern is designed to grip cancellous bone effectively, providing strong fixation.
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2.7mm Cortical Screw (Star Head)

  • Number Of Flower Orthopedic Implant
  • Material Stainless Steel
  • Packaging Type Metallic
  • Application Foot & Ankle Surgeries
  • Head Type Star-shaped
  • Design Features Enhanced Grip And Torque
  • Bone Compatibility Cortical Bone
  • Diameter 2.7mm
The 2.7mm Cortical Screw with a star head is an orthopedic implant used in foot & ankle surgeries. Its designed to provide secure fixation and stability in the bones of the foot and ankle. The star-shaped head provides an enhanced grip and torque, ensuring secure insertion and reducing the risk of slipping. The implant is primarily used in the cortical bone. Available in various lengths and a 2.7mm diameter, it caters to individual anatomical variations.
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2.7mm Lcp First Mtp Fusion Plate – Left

  • Number Of Flower Locking Compression Plate
  • Application Stabilize And Fuse MTP Joint At The Base Of The Big Toe
  • Joint Compatibility Metatarsophalangeal (MTP) Joint
  • Side Left
  • Screw Thickness 2.7mm
  • Additional Usage Can Be Used In Specific Hand Procedures
The 2.7mm LCP First MTP Fushion Plate- Right is designed to stabilize and fuse the metatarsophalangeal (MTP) joint at the base of the big toe. While primarily used in foot surgeries, this plate can also be applied in specific hand procedures where stabilization of a similar joint is required. Its a locking compression plate that allows secure fixation using locking screws, providing greater stability and reduced risk of plate movement. The plate is specified for use on the left foot or hand. It accommodates 2.7mm thick screws.
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2.7mm Lcp First Mtp Fusion Plate – Right

  • Number Of Flower Locking Compression Plate
  • Size 2.7mm
  • Joint Compatibility Metatarsophalangeal (MTP) Joint At The Base Of The Big Toe
  • Intended Use Stabilize And Fuse The MTP Joint In Foot And Hand Surgeries
  • Compatibility Right Foot Or Hand
  • Screw Thickness Accommodation 2.7mm
The 2.7mm LCP First MTP Fushion Plate- Right is designed to stabilize and fuse the metatarsophalangeal (MTP) joint at the base of the big toe. While primarily used in foot surgeries, this plate can also be applied in specific hand procedures where stabilization of a similar joint is required. Its a locking compression plate that allows secure fixation using locking screws, providing greater stability and reduced risk of plate movement. The plate is specified for use on the right foot or hand. It accommodates 2.7mm thick screws.
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2.0mm Lcp Rotation Correction Plate

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Application Hand & Wrist Surgeries
  • Color Silver
  • Design Locking Compression Plate For Rotation Correction
  • Bone Compatibility Small Bones, Particularly In The Hand
  • Function Correction Of Rotational Deformities
  • Plate Diameter 2.0mm
The 2.0mm LCP (Locking Compression Plate) Rotation Correction Plate is an orthopedic implant used in hand & wrist surgeries. Its designed for precise correction of rotational deformities in small bones, particularly in the hand. The plates design allows for accurate restoration of proper bone alignment and rotation, crucial for optimal functioning. The plates design accommodates various fracture patterns and rotational deformities, offering surgical flexibility. The diameter of the plate is 2.0mm which provides optimal strength while minimizing invasiveness.
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2.0mm Cortical Screw (Star Head)

  • Number Of Flower Orthopedic Implant
  • Material Metal Alloy
  • Packaging Type Metallic
  • Application Hand & Wrist Surgeries
  • Size 2.0mm
  • Head Type Star-shaped
The 2.0mm Cortical Screw with a star head is an orthopedic implant used in hand & wrist surgeries. Its small size and precise design make it ideal for delicate bone fixation in these areas. The star-shaped design provides a secure and reliable grip for surgical instruments, ensuring accurate placement and tightening. It is specifically used for insertion into the cortical bone, which is the denser, outer layer of the bone.
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2.0mm Lcp Condylar Plate

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Size 2.0mm Diameter
  • Application Hand & Wrist Surgeries
  • Color Metallic
  • Shape Condylar
  • Stability Excellent Stability And Adaptability
The 2.0mm LCP Condylar Plate is an orthopedic implant used in hand & wrist surgeries. The unique condylar shape of the plate provides excellent stability and adaptability, making it suitable for various fracture patterns and anatomical variations. The extremely small size and low profile minimize tissue damage and ensure optimal healing, especially in delicate areas of the hand and wrist. The LCP design provides superior stability by preventing screw backout, crucial for maintaining proper bone alignment and reducing the risk of complications. The diameter of the plate is 2.0mm which provides optimal strength while minimizing invasivenesss.
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2.0mm Lcp Micro Recon Plate

  • Number Of Flower Orthopedic Implant
  • Material LCP (Locking Compression Plate)
  • Packaging Type Metallic
  • Size 2.0mm Diameter
  • Application Hand & Wrist Surgeries
  • Strength Sufficient For Stabilizing Fractures And Supporting Joint Fusion
The 2.0mm Micro Recon Plate is an orthopedic implant used in hand & wrist surgeries. The implant offers a minimally invasive and highly effective solution for fractures, joint fusions, and corrective procedures. The small dimensions allow precise placement in intricate hand and wrist areas. They are often designed with multiple screw holes and a contoured shape to accommodate various anatomical structures. Despite their small size, these plates offer sufficient strength to stabilize fractures and support joint fusion. The locking compression feature of the implant enhances further stability and prevents screw loosening. The diameter of the plate is 2.0mm which provides optimal strength while minimizing invasiveness.
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2.7mm Lcp First TMT Fusion Plate

  • Number Of Flower Orthopedic Implant
  • Material LCP (Locking Compression Plate)
  • Color Silver
  • Design Stable Fixation, Promotes Fusion Of First TMT Joint
  • Handedness Left
  • Screw Compatibility 2.7mm
The 2.7mm LCP First TMT Fushion Plate is an orthopedic implant used in foot and ankle surgeries, particularly in fusion procedures involving the first tarsometatarsal (TMT) joint. It is designed to provide stable fixation and promote fusion of the first TMT joint. The plate is specified for use on the left foot or hand. It accommodates 2.7mm thick screws.
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2.0mm Locking Head Screw (Star Head)

  • Number Of Flower Orthopedic Implant
  • Material Surgical Stainless Steel
  • Application Hand & Wrist Surgeries
  • Feature Locking Head For Secure Fixation
  • Size 2.0mm
  • Packaging Sterile Packaging
  • Precision Enhanced Stability And Precision
The 2.0mm Locking Head Screw with a star head is an orthopedic implant used in hand & wrist surgeries. It is commonly used in delicate bone fixation in the hand and wrist to provide enhanced stability and precision during surgeries in small bone structures. The locking head feature ensures secure fixation by preventing the screw from loosening. Additionally, the star-shaped head provides a reliable grip for surgical instruments enabling accurate placement and tightening.
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2.0mm Lcp Straight Plate

  • Number Of Flower Orthopedic Implant
  • Material LCP (Locking Compression Plate)
  • Packaging Type Sterile Packaging
  • Application Hand & Wrist Surgeries
  • Size 2.0mm Diameter
  • Color Metallic
  • Design Straight Design For Diverse Adaptability
The 2.0mm LCP Straight Plate is an orthopedic implant used in hand & wrist surgeries. The implant assists in fusing joints, treating deformities, malunions, and nonunions of hand and wrist bones. The straight design allows diverse adaptability to various hand and wrist anatomies. It has a smooth and low-profile design to minimize tissue irritation. The diameter of the plate is 2.0mm that provides optimal strength while minimizing invasiveness.
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2.0mm Lcp T-Micro Plate

  • Number Of Flower Orthopedic Implant
  • Material LCP (Locking Compression Plate)
  • Size 2.0mm Diameter
  • Application Hand & Wrist Surgeries
  • Profile Low Profile
The 2.0mm LCP T-Micro Plate is an orthopedic implant used in hand & wrist surgeries. Its extremely small size and low profile make it ideal for intricate surgeries, minimizing tissue damage and ensuring optimal postoperative outcomes. The LCP design provides superior stability by preventing screw backout, crucial for maintaining proper bone alignment and reducing the risk of complications. The diameter of the plate is 2.0mm which provides optimal strength while minimizing invasiveness.
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2.0mm Lcp T-Plate

  • Number Of Flower Orthopedic Implant
  • Material LCP (Locking Compression Plate)
  • Size 2.0mm Diameter
  • Application Hand & Wrist Surgeries
  • Color Metallic
  • Profile Low Profile
  • IdealFor Intricate Surgeries
The 2.0mm LCP T-Plate is an orthopedic implant used in hand & wrist surgeries. Its small size and low profile make it ideal for intricate surgeries, minimizing tissue damage and ensuring optimal post-operative healing. It is usually used in surgeries in the meracarpal or distal radius fractures. The LCP design provides superior stability by preventing screw backout, crucial for maintaining proper bone alignment and reducing the risk of complications. The diameter of the plate is 2.0mm which provides optimal strength while minimizing invasiveness.
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2.0mm Lcp Y-Micro Plate

  • Number Of Flower Orthopedic Implant
  • Material Titanium Alloy
  • Size 2.0mm Diameter
  • Application Hand & Wrist Surgeries
  • Color Silver
  • Design Y-shaped Configuration
The 2.0mm LCP Y-Micro Plate is an orthopedic implant used in hand & wrist surgeries. The unique Y-shaped configuration provides excellent stability and adaptability, making it suitable for various fracture patterns and anatomical variations. The small size and low profile design minimize tissue damage and ensure optimal healing, especially in delicate areas. With an LCP design, it prevents screw backout to maintain proper bone alignment and reduces the risk of further complications. The diameter of the plate is 2.0mm which provides optimal strength while minimizing invasiveness
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Plif Cage Titanium

  • Number Of Flower Spinal Orthopedic Implant
  • Material Titanium
  • Color Silver
  • Usage/Application Spinal Fusion Surgeries Of The Lower Back
  • Size Small
PLIF (Posterior Lumbar Interbody Fusion) Cage is a spinal orthopedic implant used in spinal fusion surgeries of the lower back. Its small size enables easy insertion between the vertebrae to restore disc height, improve spinal alignment, and promote bone growth between the vertebrae for a permanent fusion. This is highly efficient for improving stability in the lower spine.
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2.0mm Micro Recon Plate

  • Number Of Flower Orthopedic Implant
  • Size 2.0mm Diameter
  • Name 2.0mm Micro Recon Plate
  • Usage Hand & Wrist Surgeries
  • Strength Optimal Strength
The 2.0mm Micro Recon Plate is an orthopedic implant used in hand & wrist surgeries. The small size of the implant and the precise design makes it ideal for treating fractures, non-unions, and other complex injuries in the hand and wrist area. The plates design allows for various configurations to address different fracture patterns and bone deformities. The diameter of the plate is 2.0mm which provides optimal strength while minimizing invasiveness.
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Foot Drop Systems

  • Application Precise Bone Shaping And Preparation
  • Material Stainless Steel
  • Packaging Type Metallic
  • Specialization Foot And Ankle Orthopedic Procedures
  • Packaging Sterile Pouches
  • Sterilization Gamma Sterilized
The Foot System instrument set is a specialized surgical toolkit designed for various orthopedic procedures involving the foot and ankle. These instruments are crucial for managing conditions such as fractures, deformities, and arthritis, and they enhance the efficiency and safety of surgical interventions. It typically consists of a Compression/Distraction Device Set, a Bone Harvesting Set, and a Chisel Set. This set is particularly used for precise bone shaping and preparation during surgical procedures and is essential for various orthopedic surgeries where bone manipulation is required.
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Micro Locking Plate 2.0

  • Number Of Flower Surgical Instrument Set
  • Material Stainless Steel
  • Packaging Instrument Case
The Micro Locking Plate 2.0 instrument set is a specialized surgical toolkit designed to facilitate the use of 2.0mm locking plates in hand and wrist procedures. The plates are particularly useful for delicate bone fixation in small bone structures. It consists of Plate benders, drill guides, screwdrivers, depth gauges, and bone nibblers and elevators. Using this instrument set ensures accurate plate placement, secure fixation, and optimal patient outcomes.
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Plif Cage Peek

  • Material PEEK
  • Usage Spinal Fusion Surgeries Of The Lower Back
  • Size Small For Easy Insertion Between Vertebrae
  • Benefits Restores Disc Height, Improves Spinal Alignment
PLIF (Posterior Lumbar Interbody Fusion) Cage is a spinal orthopedic implant used in spinal fusion surgeries of the lower back. Its small size enables easy insertion between the vertebrae to restore disc height, improve spinal alignment, and promote bone growth between the vertebrae for a permanent fusion. This is highly efficient for improving stability in the lower spine. Made out of PEEK material, these cages prove to be lighter, potentially reducing post-operative stress on the spine.
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