CVGC Series Carbon Vacuum Gripper
With their innovative design, Coval’s CVGC carbon vacuum grippers correspond perfectly to the weight constraints, flexibility and safety of collaborative robot applications.
The three standard formats allow you to choose your CVGC Series Carbon Vacuum Gripper and ensure the handling of your loads: corrugate, plastics, metal/glass plates, etc. URCap plugin available for e-Series robots.
The CVGC Series Carbon Vacuum Gripper is composed of:
• a carbon structure, 2.5 times lighter than aluminum and offering mechanical strength 6 times greater
• flexible material on the gripper edges, to protect both gripper and operator
• foam gripping interface, for versatile product handling
• a plastic “function” block, including vacuum generator, pilot control cartridge, silencer and vacuum switch…
… all this, in a very compact and ultralight design, guarantees a fast setup and easy integration on the robot.
When starting a new robot automation project, In-Position Technologies engineers begin by reviewing the essential requirements to determine the optimum accessories need for the robot to perform the job. They perform all necessary engineering assessments to make sure the robot and its accessories perform as required, within customer specifications, and without unnecessary cost. They will also recommend the appropriate controllers, vacuum source, power supply, and sensor that fit the application.
This includes:
• Payload, reach, speed, cycle time, and repeatability requirement
• Ensuring compatibility with the current system
• Specifying the appropriate feedback device (sensors, vision system, torque sensor)
• Verifying mounting compatibility, form factor checks, etc.
• Ensuring all necessary auxiliary equipment are also specified
When ordering CVGC Series Vacuum Grippers as a part of a full system, IP Tech engineers review the solution to ensure:
• All parts and fittings necessary for a complete working solution are included
• All components have been checked and verified to work together as a system
• The selected components will perform as required by the project specifications
