In automated mold transfer systems, sheet metal grippers act as vital components connecting the mold and the transport mechanism. Their ability to grip accurately and maintain load stability is essential. High-clamping force grippers with self-locking structures have become the preferred solution in stamping lines, transfer die systems, and robotic end effectors due to their superior safety and reliability.
Prevent Part Drop in Case of Air Pressure Loss
In multi-station mold transfer systems, air pressure fluctuations are common. Standard grippers may release the mold unexpectedly. Self-locking grippers maintain their grip even during pressure loss, ensuring system safety.
Enhance Safety During Multi-Axis Coordination
The self-locking design works with sensor feedback to ensure "grip confirmed" signals before the next movement, reducing the risk of mechanical interference or collision.
Support High-Speed Automation
Self-locking grippers reduce actuation delay, improving consistency in high-speed mold handling systems.
Lower Maintenance and Downtime Costs
By avoiding failures caused by air supply issues, these grippers reduce maintenance frequency and unexpected stoppages.
Automatic mold transfer units in stamping lines
Robotic arms handling large dies
Multi-station automation production lines
Large sheet metal mold handling systems
Precision die loading/unloading with manipulators
Modular design compatible with multiple tooling systems
High clamping force + mechanical self-locking = dual safety
Tested for 5 million cycles to ensure long-term reliability
Optional sensor ports for smart integration
Ready-to-install design, supports customization with 3–7 day delivery
In mold transfer systems, safety and stability outweigh speed. Choosing a high-clamping force gripper with a self-locking mechanism is essential for maintaining reliable and continuous operation. Brisk grippers are engineered to provide enhanced safety, performance, and adaptability—helping you build smarter, safer manufacturing systems.