Our Products
Manufactured in compliance with the set industrial norms and guidelines, the quality of theseLinear Motion Guidewaysis never compromised. Offered to clients at the best rate possible, the offered products are one of the first choices in the market. In order to provide the best to our clients, we manufacture these guideways using high grade raw materials and process them through a number of quality checks.
Way equal load rating:
High rigidity:
Self-adjusting capability:
Features:
Specifications:
velts are widely used on high speed and high torque drives on light, heavy industrial and automotive machines. The Vee belts that are manufactured are incorporated with the latest art of technology and compiling all the IS : 2494 standards. These belts have exceptional length stability, have a great shock absorbing capacity and drive uniformity. The range of V Belts has different sections namely A, B, C, D and E.
V Belt Features :
Types of Belts :
The ball spline is a linear motion mechanism utilizing the rotational motion of a ball elements. It can be used in a wide variety of applications including robotics and transport type equipment.
Structure and advantage :
The ball spline consists of a spline shaft with raceway grooves and a spline nut. The spline consists of an outer cylinder (main body), retainer, side rings, and ball elements. Designed and manufactured to achieve a reliably smooth motion.
High Load Capacity and Long Travel Life :
The raceway grooves are machined to a radius close to that of the ball elements. The large ball contract surface results in high load capacity and long travel life.
Wide Variety of Configurations:
A total of 16 shafts with diameters ranging from 4mm to 100mm are available.
Seven different types of nuts to 100mm are available.
-Flange types (SSPF/SSPT)-Cylindrical types (SSP/SSPM)-Block types (SPA/SPAW/SSPB)-Rotary Ball-spline (SPR)
Pillow block bearings, flange bearing units, and take-up bearings units all consist of a housing with a bearing mounted in it. They are available in a variety of materials, mounting configurations and various bearing features. Each mounted unit acts as a system to position the bearing securely for reliable operation
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Type of Products :
Ball screws assemblies offer an efficient means of converting rotary motion to linear motion. A ball screw is an improvement over an acme screw just as an antifriction ball bearing is an improvement over a plain bushing. Precision ball screws have a number of bearing balls that transfer the load between the nut and screw. The thread form in which the bearing balls ride is an ogival shape formed from two arcs of the same radius with offset centers. This form is also referred to as a gothic arch.
The X-Type, or4-point contact, ball bearing is ideal for moment loading. X-Type bearings are designed with gothic arch raceways creating 4 contact points between the balls and the raceways. This design is excellent for moment loading and reversing axial loading.
The X-Type bearing can be used for other light loading conditions, but is not recommended in place of the C- or A-Type bearing for pure radial loads. When specifying this type of bearing for use with axial or moment loads combined with radial loads application speed (rpm) is a real concern.
Acouplingis a device used to connect two shafts together at their ends for the purpose of transmitting power. Couplings do not normally allowdisconnection of shafts during operation, however there aretorque limitingcouplings which can slip or disconnect when some torque limit is exceeded.
The primary purpose of couplings is to join two pieces of rotating equipment while permitting some degree of misalignment or end movement or both. By careful selection, installation and maintenance of couplings, substantial savings can be made in reduced maintenance costs and downtime.
Uses:
Shaft couplings are used in machinery for several purposes. The most common of which are the following.
Spherical roller bearings are usually self-aligning, double-row, mixture radial and thrust bearings. They
normally use a spherical or crowned roller to be the rolling element. The outer ringincludes a spherical race that permits for a few misalignment of the shaft and housing.Spherical roller bearings are usually unequalled in their capacity for high loads as well as tolerance to shock loads, however have limited speed capabilities. They perform constantly, even under circumstances of extreme speed, application-specific stress, and minor lubrication. The cage of the spherical roller bearing offers high sizing accuracy and functionality. In accordance with a few estimates, spherical roller bearings have 2 times the running lifetime of traditional bearings.
Most spherical roller bearings are produced from alloy steels or low-carbon steels. Chrome-plated items are available too. Some applications require the utilization of case-hardened or thorough-hardened, high-carbon, bearing-quality steel. High-carbon grades of steel will not require carburizing and may be case-hardened by induction heating or thorough-hardened by traditional heating techniques. While low-carbon, carburized grades of steel are utilized, carbon is introduced when the spherical roller bearings are produced to a depth sufficient to make a hardened case which could maintain bearing loads. Adding carbon and alloys makes sure the appropriate combined a hard, fatigue-resistant case along with a tough, ductile core.
Bore size and outside diameter (OD) are very important specifications to take into consideration when choosing spherical roller bearing. The bore sizes are the bearing's smallest dimension. The outer diameter consists of the bearing housing, but excludes the flange. Other significant specifications for spherical roller bearing contains over-all width, rated speed (oil or grease), dynamic axial load, dynamic radial load, static axial load, and static radial load. Static axial load and static radial load are, correspondingly, the maximum axial and radial loads which bearings can withstand devoid of long term deformation. Dynamic axial load and dynamic radial load are, correspondingly, the assessed axial and radial loads under that a number of identical bearings with stationary outer rings can endure for a rating lifetime of one million rotations of the inner ring.
Due to the line contact in between rolling elements and raceways, cylindrical roller bearings have higher radial load capacity and they are suited to high-speed applications. Together with a high strength cage design in pressed steel, the most cylindrical roller bearings consist of machined brass or polyamide and provide low noise, low heat generation and, for much more difficult applications, could be provided in a variety of advanced special materials.
N Style single row- N style cylindrical roller bearings have two machined flanges in the inner ring with no flanges on the outer ring, with rollers and cage on the inner ring. Much like the NU style, the N doesn't have thrust load carrying capability.
NU style single row- NU style cylindrical roller bearings have two machined flanges in the outer ring with no flanges in the inner ring.
NJ style single row- NJ style cylindrical roller bearings have two machined flanges in the outer ring plus a machined flange on one side in the inner ring. The roller and cage assembly is in the outer ring. The integral flange on the inner ring enables this bearing to handle an axial load.
Needle Roller Bearings(needle bearing) is a roller with a cylindrical roller bearings, relative to its diameter, both the thin and long rollers. This is called needle roller. Despite its smaller cross-section, still has a higher load bearing capacity, therefore, especially suitable for the radial space-constrained occasions.Needle contour surface in the proximal surface of the slight contraction. Needle and raceway contact line results can be amended to avoid damaging the edge of the stress.
Needle Roller Bearing characteristics and uses:
Equipped with a thin and long needle bearing roller (roller diameter, length 3 to 10 times the diameter of generally not more than 5mm), so the radial structure is compact, its diameter size and payload capacity compared with other types of bearings the same time, diameter minimum, especially for the radial bearing installation dimensions restricted results. According to the use of different occasions, may make use of, or needle roller bearings without inner ring and cage components, this time to match with the bearing journal surface and the surface of shell holes directly as bearing inner and outer rolling surface, in order to ensure the load capacity and operating performance and a ring bearing the same shaft or housing bore raceway surface hardness, machining accuracy and surface quality should be similar raceway of the bearing rings. Such bearings can only bear the radial load.
Tapered roller bearings are the bearings which may take large axial forces along with having the ability to support large radial forces.
Tapered roller bearing contains an inner ring (cone), an outer ring (cup), a cage and rollers that are profiled to deliver the load consistently. They've high radial and axial (like thrust bearings) load capabilities at low to intermediate speeds. Taper roller bearings can be found in single-row, two-row and four-row styles. With single-row bearings, the thrust load capacity is approximately 60% of the radial capacity. Double-row tapered roller bearings have got a higher radial load capacity which enable it to handle thrust loads coming from both directions. The rollers could be set up so the contact lines towards the races converge or diverge towards the axis of rotation. Diverging double-row bearings raise the rigidity of the shaft mounting, but converging bearings usually do not. Some other configurations for double-row bearings have a single outer ring along with two inner rings, or two outer rings plus a single inner ring. Four-row taper roller bearings are made up of four rows of alternating converging and diverging rollers.
Most taper roller bearings are made from alloy steels or low-carbon steels. Some applications demand the utilization of case-hardened or thorough-hardened, high-carbon, bearing-quality steel. High-carbon grades of steel do not demand carburizing and may be case-hardened by induction heating or thorough-hardened by traditional heating methods. When low-carbon, carburized grades of steel are utilized, carbon is introduced as soon as the taper roller bearings are machined to a depth sufficient to make a hardened case which can support bearing loads. The addition of carbon and alloys makes sure the appropriate mixture of a hard, fatigue-resistant case along with a tough, ductile core.
Angular contact bearings were created so that a contact angle in between the races and also the balls is formed oncethe bearing is in use. The main design feature of angular contact bearing is usually that one, or both of the ring races have one shoulder relieved, or higher compared to other. To ensure that angular contact bearings to operate properly, they ought to be assembled which has a thrust load. This loading (or preload) results in a line of contact (or contact angle) in between the inner race, the ball and also the outer race. The preload could be constructed into the bearing or created while the bearing is placed into an assembly. The contact angle differs from 15 degree to 40 degree and it is calculated relative to a line running perpendicular to the bearing axis. Angular contact bearings are unidirectional thrust bearings which could withstand heavy thrust loads and reasonable radial loads.
Important dimensions to think about when looking for angular contact bearings consist of design units, bore, outside diameters, and outer ring width. Design and style units could be either in inches or metric units. Some suppliers might identify parts in both. The bearing industry utilizes a standard number system for bearings with metric diameterbores. For bore sizes 04 or over multiply by 5 to get the bore in millimeters. If the bore is a hex go into the dimension across the flats. If the bore is tapered go into the smaller diameter. The external diameter of the bearing consists of the housing in case a housed unit, but excludes the flange if a flanged bearing.
commonly found in fans, roller blades, and under hood applications on cars etc.
Deep groove ball bearings are flexible, self-retaining bearings with solid outer rings, inner rings and ball and cage assemblies. The products are of simple design, durable operating and simple to take care of; these come in double and single row styles as well as in open and sealed variations. With the manufacturing technologies utilized, open bearings can continue to have turned recesses over the outer ring for seals or shields.
And it is actually easy to make use, experiencing high rotate speed. The deep groove ball bearing supports radial load plus some axial load. Once the clearance is added, It own the identical character as the angular contact ball bearing.
Competing with another kinds of bearing possessing a similar dimension, deep groove ball bearings have high rotate speed, super precision, low friction coefficient.
Deep groove ball bearings are non-separable as well as need little attention or maintenance in operating, able to operate at high speeds and they are commonly utilized radial bearings. The inner and outer ring of single row deep groove ball bearing has got a deep groove raceway, the bearings mostly are utilized to carry radial loads along with a part of axial loads in 2 directions. This type of bearing can carry much heavy axial loads once the increase of radial clearance, therefore, it can take the area of high-speed angular contact ball bearings.
commonly found in fans, roller blades, and under hood applications on cars etc.
The thrust bearing is usually a particular kind of rotary bearing. Just like other bearings they allow rotation in between parts, but they're made to support a high axial load while doing this.
Thrust ball bearings, consists of ball bearings supported in a ring, may be used in low thrust applications where there is small radial load.
The thrust ball bearings are designed to work with thrust loads while running at high speeds. These types of bearings could be purchased together with an aligning seat and aligning washer if misalignment or deflection can't be avoided.
Thrust roller bearings consist of small rollers arranged flat with their axes pointing to the axis of the bearing. They offer excellent carrying capacity and they are low-cost, but may wear due to its differences in radial speed and friction is more than with ball bearings.
Mumbai, Maharashtra, India 
