• Machine Tool X-Y Axes


• Automation


• Material Handling
  SPECIAL FEATURES OF THE SYSTEM:
  
  
  
  • No obstacles in Material handling area below the slide. Can provide clamping at specific datum in order to avoid overhead loads
  
  
  • Rigid and Robust Slides with negligible deflection on load
    POSSIBLE SYSTEM INTEGRATION:
    
    
    
    • Motor Drive AC Ind/ AC/DC Servo Stepper
    
    
    • With 2 Axes Controller
    
    
    • With Linear Scales/ Encoder for close loop system
    
    
    • With Work table
    
    
    • With Centralized Lubrication System
    
    
    • Base frame with trolley manual/ motorized driven
    
    
    
    
  
  
  
  

• In Medical/ Chemical application


• In Food Industry
  SPECIAL FEATURES:
  
  
  
  • Programmable discharged for achieving exact weight of Product
  
  
  • Continuous Close Loop Temperature System
  
  
  • Low Level Liquid Sensor for safety
  
  
  • Double Filtration for avoiding any solid particle contamination
  
  
  • Protection against overheating in order to maintain the properties of liquid
  
  
  • Compact foot print
  
  
  • OV/UV Protection
  
  
  • Mode of Operation: Auto/ Manual
  
  
  
  SUB SYSTEMS/ ACCESSORIES:
  
  
  
  • Multi cavity die Plate Customized for Size and Shape of cavity
  
  
  • X-Y Axes Coordinate table
  
  
  • Electrical Oil Heating System with Low Level Cutoff and with Agitator for mixing
  
  
  • Flexible Tube Heating System with common/ differential Temperature Control
  
  
  • Industrial Freeze for fast curing of Dispensed
  
  
  
  

• Overhead Component Line Shifting


• Production Line Component Shifting


• 
  SPECIAL FEATURES
  
  
  
  • Unattended component line shifting
  
  
  • Driven by main line, hence no separate drive is required
  
  
  • Extremely robust driven system. Supported at by four bearings at two different datum in back to back (O) arrangement to avoid any driving line jerks.
  
  
  
  POSSIBLE INTEGRATION:
  
  
  
  • Electric Drive with Feed Back System
  
  
  
  

• Powder agglomerates breaking and mixing


• Food Industry Heavy duty mixers


• Garbage Disposal for recycling


• Medical/ Chemical Industry


• lades: Shear type/ Four Blades or Multi blade stack up


• Motor: AC Induction


• 
  POSSIBLE INTEGRATION:
  
  
  
  • Vessel with Lid
  
  
  • Heavy Conical Blender for agglomerates breaking
  
  
  
  

APPLICATION:

• Material Handling System in hazardous area where Combustion fuel are avoided


• Shop Floor Material Handling System


• Non Polluting Material Handling system


• Fixed Path Rail Material Handling System SPECIAL FEATURES OF THE SYSTEM:
  
  
  
  • No obstacles in Material handling area. Can lift the material from trench. (Overhead Hoists but with supported structure to ensuring safe lifting)
  
  
  • Electromagnetic Braking System Instantly brakes when Accelerator pedal is released
  
  
  • Steering system to rear wheel
  
  
  • Parabolic Leaf Suspension System
  
  
  
  
  
  POSSIBLE SYSTEM INTEGRATION:




• Robotized Arm for Pick and Place of component


• Hydraulic Operated Winch/ Fork lift


• Environmental / Shielded Chamber to carry sensitive material


• Remote Control Material Handling System

• No obstacles in Material handling area. Can lift the material from trench. (Overhead Hoists but with supported structure to ensuring safe lifting)


• Electromagnetic Braking System Instantly brakes when Accelerator pedal is released


• Steering system to rear wheel


• Parabolic Leaf Suspension System

• Robotized Arm for Pick and Place of component


• Hydraulic Operated Winch/ Fork lift


• Environmental / Shielded Chamber to carry sensitive material


• Remote Control Material Handling System

APPLICATION:

• Heavy Component assembly at elevation with alignment facility


• Component line transfer


• Four wheeler Lifting/ Test line

• Collapsible Z axis for Minimum Shut Height and Maximum Day Light

• Remote operation to avoid exposure to hazardous conditions


• Rail system for handling multiple equipment in laboratory to reduce manual manoeuvre


• Different type of clamping arrangement for handling different equipments


• Axes can be configured with AC/DC Motors

• Horizontal/ Vertical Submerged Setup in order to study Hydrogenation not only precipitatedfrom extension, but from all contact surface


• Ring or Tubular Specimen


• With Cathode Mesh

• Specimen Type: Cylindrical with or without V Notch; Square cross section with or without notch; Flat Specimen


• Gauge Length: 50 mm


• Effective Axial Tensile Load: Max up to 2000 kilograms


• Clamping: Sockets of M 12 X 1.75 P or M 16 X 2 P for Cylindrical/ Square Specimens; Pyramid serrated jaws for Flat Specimen or Wedge Grips- Refer toWedge Grip


• Power Supply: Output: 0 to 30 V and 0 to 5 amp variable; Input 230 V AC I Phase 15 amp. (Other Power Supply on reques

The Me

Mchanism is for loading Test Specimen (Under Tensile Load) with extension for Electrolytic Charging for Hydrogenation in order to study the effect of Hydrogen on the Mechanical Properties of various steel.

SPECIAL FEATURES OF THE SYSTEM:

• Easilyremovable from mounting stand

APPLICATION:

• Plastic/ Rubber/Thread Testing


• Hydrogen Embrittlement Studies for Metallic Specimens

• Deflection under Compression Load Measurement


• Compression Tests

• Setup with Displacement Transducer/ Linear Encoder


• With Uni Axial Loading Setup


• With Enclosure for working with hazardous conditions

• 
  SPECIFICATIONS:
  
  
  
  • Maximum size of Specimen: Diameter 25 mm
  
  
  • Measurement: Dial Gauge or Linear Encoder/ Displacement Transducer
  
  
  • Attachment Socket: M 27 X 2 P for Testing Machine (others on request)
  
  
  
  

• Switching ON/ OFF the field instruments based on errors received from the instruments or preceding instruments for Protection.


• Manual Error Elimination


• Automation


• Unattended Operations


• Machine Tools/ Instruments with Predefined Sequence of Operation

• Design and Development of Jigs and Fixtures for Machining of component/s.


• Process Chart and Assembly Fixtures Development


• In process and Final Inspection

• Design and Development of parts as per Instrument/ Machine/ Process or Experimental Requirement

• Scope of Supply Parts or Assembled Unit


• Integration with Control Unit and System Testing

• Hardened Pyramid serrated jaws 50 X 35 mm surface for clamping


• Opening 0 13 mm


• Hardened V jaws with 50 mm clamping height and 3 to 13 mm diameter for cylindrical Specimen


• Standard M 27 X 2 mm internal thread for attaching grip to Machine Stud


• Machine Stud M 27 X 2 mm

SPECIAL FEATURES OF THE SYSTEM

• Suitable for Metallic and Plastic Specimens


• Level arrangement for Quick Loading and Unloading of Specimen


• 0 to 130 degree Celsius of operation


• Heat treated body and grips

• High Temperature Metal Studies


• High Temperature Fermentation Units

• Machine Tool X-Y Axes
• Automation
• Material HandlingSPECIAL FEATURES OF THE SYSTEM:
  • No obstacles in Material handling area below the slide. Can provide clamping at specific datum in order to avoid overhead loads
  • Rigid and Robust Slides with negligible deflection on loadPOSSIBLE SYSTEM INTEGRATION:
    • Motor Drive AC Ind/ AC/DC Servo Stepper
    • With 2 Axes Controller
    • With Linear Scales/ Encoder for close loop system
    • With Work table
    • With Centralized Lubrication System
    • Base frame with trolley manual/ motorized driven

• In Medical/ Chemical application
• In Food IndustrySPECIAL FEATURES:
  • Programmable discharged for achieving exact weight of Product
  • Continuous Close Loop Temperature System
  • Low Level Liquid Sensor for safety
  • Double Filtration for avoiding any solid particle contamination
  • Protection against overheating in order to maintain the properties of liquid
  • Compact foot print
  • OV/UV Protection
  • Mode of Operation: Auto/ Manual
  SUB SYSTEMS/ ACCESSORIES:
  • Multi cavity die Plate Customized for Size and Shape of cavity
  • X-Y Axes Coordinate table
  • Electrical Oil Heating System with Low Level Cutoff and with Agitator for mixing
  • Flexible Tube Heating System with common/ differential Temperature Control
  • Industrial Freeze for fast curing of Dispensed

• Overhead Component Line Shifting
• Production Line Component Shifting
• SPECIAL FEATURES
  • Unattended component line shifting
  • Driven by main line, hence no separate drive is required
  • Extremely robust driven system. Supported at by four bearings at two different datum in back to back (O) arrangement to avoid any driving line jerks.
  POSSIBLE INTEGRATION:
  • Electric Drive with Feed Back System

• Powder agglomerates breaking and mixing
• Food Industry Heavy duty mixers
• Garbage Disposal for recycling
• Medical/ Chemical Industry
• lades: Shear type/ Four Blades or Multi blade stack up
• Motor: AC Induction
• POSSIBLE INTEGRATION:
  • Vessel with Lid
  • Heavy Conical Blender for agglomerates breaking

APPLICATION:

• Material Handling System in hazardous area where Combustion fuel are avoided
• Shop Floor Material Handling System
• Non Polluting Material Handling system
• Fixed Path Rail Material Handling System SPECIAL FEATURES OF THE SYSTEM:
  • No obstacles in Material handling area. Can lift the material from trench. (Overhead Hoists but with supported structure to ensuring safe lifting)
  • Electromagnetic Braking System Instantly brakes when Accelerator pedal is released
  • Steering system to rear wheel
  • Parabolic Leaf Suspension System
  POSSIBLE SYSTEM INTEGRATION:
• Robotized Arm for Pick and Place of component
• Hydraulic Operated Winch/ Fork lift
• Environmental / Shielded Chamber to carry sensitive material
• Remote Control Material Handling System

• No obstacles in Material handling area. Can lift the material from trench. (Overhead Hoists but with supported structure to ensuring safe lifting)
• Electromagnetic Braking System Instantly brakes when Accelerator pedal is released
• Steering system to rear wheel
• Parabolic Leaf Suspension System

• Robotized Arm for Pick and Place of component
• Hydraulic Operated Winch/ Fork lift
• Environmental / Shielded Chamber to carry sensitive material
• Remote Control Material Handling System

APPLICATION:

• Heavy Component assembly at elevation with alignment facility
• Component line transfer
• Four wheeler Lifting/ Test line

• Collapsible Z axis for Minimum Shut Height and Maximum Day Light

• Remote operation to avoid exposure to hazardous conditions
• Rail system for handling multiple equipment in laboratory to reduce manual manoeuvre
• Different type of clamping arrangement for handling different equipments
• Axes can be configured with AC/DC Motors

• Horizontal/ Vertical Submerged Setup in order to study Hydrogenation not only precipitatedfrom extension, but from all contact surface
• Ring or Tubular Specimen
• With Cathode Mesh

• Specimen Type: Cylindrical with or without V Notch; Square cross section with or without notch; Flat Specimen
• Gauge Length: 50 mm
• Effective Axial Tensile Load: Max up to 2000 kilograms
• Clamping: Sockets of M 12 X 1.75 P or M 16 X 2 P for Cylindrical/ Square Specimens; Pyramid serrated jaws for Flat Specimen or Wedge Grips- Refer toWedge Grip
• Power Supply: Output: 0 to 30 V and 0 to 5 amp variable; Input 230 V AC I Phase 15 amp. (Other Power Supply on reques

The Me

Mchanism is for loading Test Specimen (Under Tensile Load) with extension for Electrolytic Charging for Hydrogenation in order to study the effect of Hydrogen on the Mechanical Properties of various steel.

SPECIAL FEATURES OF THE SYSTEM:

• Easilyremovable from mounting stand

APPLICATION:

• Plastic/ Rubber/Thread Testing
• Hydrogen Embrittlement Studies for Metallic Specimens

• Deflection under Compression Load Measurement
• Compression Tests

• Setup with Displacement Transducer/ Linear Encoder
• With Uni Axial Loading Setup
• With Enclosure for working with hazardous conditions

• SPECIFICATIONS:
  • Maximum size of Specimen: Diameter 25 mm
  • Measurement: Dial Gauge or Linear Encoder/ Displacement Transducer
  • Attachment Socket: M 27 X 2 P for Testing Machine (others on request)

• Switching ON/ OFF the field instruments based on errors received from the instruments or preceding instruments for Protection.
• Manual Error Elimination
• Automation
• Unattended Operations
• Machine Tools/ Instruments with Predefined Sequence of Operation

• Design and Development of Jigs and Fixtures for Machining of component/s.
• Process Chart and Assembly Fixtures Development
• In process and Final Inspection

• Design and Development of parts as per Instrument/ Machine/ Process or Experimental Requirement

• Scope of Supply Parts or Assembled Unit
• Integration with Control Unit and System Testing

• Hardened Pyramid serrated jaws 50 X 35 mm surface for clamping
• Opening 0 13 mm
• Hardened V jaws with 50 mm clamping height and 3 to 13 mm diameter for cylindrical Specimen
• Standard M 27 X 2 mm internal thread for attaching grip to Machine Stud
• Machine Stud M 27 X 2 mm

SPECIAL FEATURES OF THE SYSTEM

• Suitable for Metallic and Plastic Specimens
• Level arrangement for Quick Loading and Unloading of Specimen
• 0 to 130 degree Celsius of operation
• Heat treated body and grips

• High Temperature Metal Studies
• High Temperature Fermentation Units