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Standard Robot End Effector Gripper 5 Bar Clamping Force For Sheet Metal

Standard Robot End Effector Gripper 5 Bar Clamping Force For Sheet Metal

Brand Name: OEM
MOQ: 1
Price: Negotiation
Payment Terms: T/T, L/C, PayPal, Western Union, MoneyGram
Supply Ability: 300 + Piece + per Months
Detail Information
Place of Origin:
Nanjing City, China
Name:
Standard Robot End Effector Gripper 5 Bar Clamping Force For Sheet Metal
Keyword:
Gripper
Application:
Robots /Sheet Metal Handling /Automotive Manufacturing/Aerospace/Press Shop Gripping Applications
Material:
Aluminum Steel
Weight:
0.45 Kg
Clamping Force:
620 N (at 5 Bar)
Control Mode:
Continuous Path Control
Drive Mode:
Pneumatic
Brand:
Brisk Or Oem
Air Ports:
G 1 / 4
Power Source:
Compressed Air
Product Function:
Gripper For Metal Sheet Stamping
Operating Pressure:
Max. 6.0 Bar
Packaging Details:
Strong carbon box, wooden cases. According to your requirements.
Highlight:

Aluminum Steel robot end effector gripper

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Sheet Metal robot end effector gripper

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Aluminum Steel end effector gripper

Product Description

 

Standard Robot End Effector Gripper 5 Bar Clamping Force For Sheet Metal

Introduction to Transfer Tooling Gripper

End of Arm Tooling (EOAT) Solutions
Robotic Automation Systems is a leader and innovator of custom-designed, robustly engineered, and constructed end of arm tooling (EOAT), grippers, and end effectors, for a wide range of robotic automation applications in horizontal and vertical plastic injection molding automation, including insert molding automation and in-mold decorating automation.

 


Specification

Name Transfer Tooling Gripper
Application Robots /Sheet Metal Handling /Automotive Manufacturing/Aerospace/Press Shop Gripping Applications
Material Aluminum Steel
Weight 0.45 Kg
Clamping Force 620 N (at 5 Bar)
Control Mode Continuous Path Control
Drive Mode Pneumatic
Brand Brisk Or Oem
Air Ports G 1 / 4
Power Source Compressed Air
Product Function Gripper For Metal Sheet Stamping
Operating Pressure Max. 6.0 Bar

 

 


Key Features

  1. High Precision and Repeatability – Ensures accurate positioning of each part during transfer.

  2. Lightweight and Durable Construction – Made from high-strength aluminum or carbon fiber to reduce inertia while maintaining rigidity.

  3. Adjustable Gripping Mechanism – Allows customization based on part geometry, thickness, and material.

  4. Quick-Change Design – Enables fast retooling for different products or die configurations.

  5. Pneumatic or Servo Operation – Offers smooth, reliable, and controlled gripping action.


Working Principle

Transfer tooling grippers generally operate through pneumatic, mechanical, or servo-driven systems.

  • In pneumatic grippers, compressed air drives the opening and closing of jaws.

  • Mechanical grippers utilize linkages or cams synchronized with press motion.

  • Servo grippers allow precise force and position control, suitable for delicate or high-precision applications.

The gripper is mounted on a transfer arm or robot end-effector and works in harmony with the press stroke. It picks up the workpiece after one operation, transfers it to the next station, and releases it at the exact position required for the subsequent process.