IPR

• DIN/ISO flange for direct mounting
• Compact design
• Rugged construction

• With roller bearing
• Precise jaw movement and high repeatability
• Large stroke and small external dimensions
• Fine adjustable gripping force due to minimum friction

• Large stroke
• High gripping force
• Fail-safe device for internal and external gripping
• For high moments and long fingers

• Extremely flat design
• High gripping forces
• Precise jaw guidance
• High gripping force transmission efficiency

• Extremely flat design
• High gripping forces
• Precise jaw guidance
• High gripping force transmission efficiency

• With sliding guide
• Compact and rugged design
• High gripping forc

• Large stroke
• Low design and light weight
• Gripping force safety device for internal and external gripping
• High handling weights

• Low profile
• Rugged design
• Large support areas
• Gripper attachment possible from 2 sides

• Rugged design
• Gripper attachement possible from 2 sides
• Ideally to seize with long fingers

The completely sealed 2-jaw parallel gripper IPG-S is ideal for difficult work areas such as dusty or wet environments.

• Dust and water protection in conformance with IP67
• Additional sealing air connection included
• Centering of gripper fingers without additional pins
• Compressed air connection at back side of grippe

• Extremely rugged design trough large dimensioned jaw guidance
• Housing made of high-tensile aluminium, jaws and guidance plate made of hardened steel
• Available with DIN-ISO adapter flange

• Low design and light weight
• High gripping force
• Ideal to install on multiple tool

• Low design and light weight
• High gripping force
• Ideal to install on multiple tools

• Increased gripping friction. Protection for delicate parts.

• The double check vlave is attached externally at the gripping modules.

  • To prevent leakage in case of pressure loss in pneumatic grippers
  • To avoid a loss of workpiece in case of pressure loss

• The double check vlave is attached externally at the gripping modules.

  • To prevent leakage in case of pressure loss in pneumatic grippers
  • To avoid a loss of workpiece in case of pressure loss

• Specially designed for robots and gantries with internal cable routing
• Easy transfer of signal and supply lines
• Data and supply lines are protected against external damages

IPR has extensive experience in designing and building Sand Core Grippers for robotic unloading and assembly of Sand Cores for aluminium and steel engine blocks. Every 50 seconds one complete engine block comes out of the automated line using their special design Foundry Sand Core Grippers which have been extensively proven in real life foundry installations 7 days/week, 24 hours/day for customers like Daimler-Chrysler, GM, Ford, BMW, Fiat and more.