Gripper of robots
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Industrial Robot Mini Gripper for Sprue Picking Applications
Durable Chk Series Two-Claw Gripper for Material Handling Robots
Industrial Robot End Gripper Pneumatic Cylinder Payload 50kg Stroke 50mm for Palletizing Bag
High Capacity10-50kg Bag Carton Drum Palletizing Gripper for Robot
Robot Bag Palletizing Robot Pneumatic Grab Bag Gripper
Palletizing Palletizer ABB, Kuka, Fanuc, Kawasaki Robot Gripper for Bag (OEM provided)
Gripper for Handling Bags Weighing 10 -50 Kg / Robot Gripper
High Quality Mhs4 Series 4 Finger Pneumatic Robot Gripper Cylinder
250kg Mobile Lifting Equipment Industrial Robot Arm Gripper Manipulator
200kg Mobile Lifting Equipment Industrial Robot Arm Gripper Manipulator
Pzg10-07 Pneumatic Internal Expanding Gripper Mini Robot Finger Actuator
Pgi Series Collaborative Robot Arm Pneumatic Finger Electric Parallel Manipulator Gripper
Mechanical Gripper Pneumatic Crane Auxiliary Arm Robot Arm Kit Mechanical Arm with Gripper
High Capacity10-50kg Bag Carton Drum Palletizing Gripper for Robot
Lexible Claw Micro Hole Circular Inner Support Flexible Robot Fixture Flexible Pneumatic Gripper
Pneumatic Gripper Silica Gel Soft Robot Air Finger Module Factory Directly Wholesale
Long Stroke T Slot Robot Pneumatic Gripper for CNC Machines
Factory Direct High-Precision Palletizing Robot Grippers, Ideal for High-Speed Automatic Palletizing & Stacking Systems
Aluminum Frame and Stainless Steel Robotic Gripper Palletizing Robot Gripper for Corrugated Carton Boxes
Robotic Single/Dual Bag Palletizing Grippers Pick and Place Grippers for Palletizing Robot
Intelligent Design Delta Robot Loading and Weighing Automatic Gripper for Steak,Chicken Breast,Fish Cube,Bacon
Robot Handheld Suction Cups Sponge Needle Type Pallet Paper Card Adsorption Gripper
High Quality Silicone Vacuum Suction Cups Custom Robot Automation Parts Gripper
180° Angular 16mm 2-Claw Pick and Place Compact Mini Robot Pneumatic Gripper
Sourcing guidance for Gripper Of Robots
How do I choose the right actuation type for a robotic gripper?
The choice depends on your power source and precision needs. Pneumatic grippers are the most common for high-speed, high-force applications due to their low cost and high power-to-weight ratio. Electric grippers offer precise control over position and force, making them ideal for delicate tasks or cleanroom environments. Hydraulic grippers are reserved for heavy-duty industrial lifting where extreme force is required.
What technical specifications are critical for ensuring compatibility with my robot arm?
You must verify the Payload Capacity, ensuring the gripper can handle the part weight plus its own mass without exceeding the robot's limit. Check the Mounting Interface (ISO 9409-1) to ensure it fits your robot's flange. Additionally, confirm Communication Protocols such as IO-Link, Modbus TCP, or EtherNet/IP to ensure seamless software integration with the robot controller.
What material considerations are important for the gripper fingers?
The 'fingers' or jaws should be selected based on the workpiece. Use Aluminum or Steel for durability in harsh environments. For fragile or irregularly shaped items, choose Soft Robotic Grippers or fingers with Rubber/Silicone inserts to increase friction and prevent surface damage. Food-grade stainless steel is mandatory if the application involves direct contact with consumables to meet FDA or CE compliance.
How does the 'Stroke' and 'Gripping Force' affect performance?
The Stroke defines the maximum opening width; it must be wider than your largest part. The Gripping Force must be calculated based on the coefficient of friction and the acceleration of the robot arm. For high-speed movements, a safety factor of 1.5x to 2x the theoretical force is recommended to prevent parts from dropping during emergency stops.
Cross-Border Procurement Strategy for Robotic Components
What are the primary risks when sourcing robotic grippers internationally?
The main risks include Technical Non-compliance and Intellectual Property (IP) infringement. Always request CE, RoHS, or UL certifications to ensure the product meets your local safety standards. To mitigate quality risks, use Made-in-China.com's Secured Trading services and request a pre-shipment inspection (PSI) to verify the gripper's repeatability and force accuracy.
How should I negotiate with suppliers for custom gripper solutions?
When dealing with custom end-effectors, provide 3D CAD files (STEP/IGES) of your workpiece. Negotiate for a 'Sample First' policy where the cost of the prototype is deducted from the first bulk order. Focus on Long-term Technical Support rather than just the unit price, as firmware updates and spare parts (like seals and motors) are vital for the product's lifecycle.
What shipping and logistics precautions should be taken for high-precision components?
Robotic grippers contain sensitive electronics and precision gears. Ensure the supplier uses Anti-static (ESD) packaging and Vacuum-sealed moisture barriers. For international transit, specify Shock-resistant wooden crates and include Impact Indicator labels (like ShockWatch) on the packaging to detect mishandling during sea or air freight.




























