In automated production, sheet metal components—due to their thin, flexible, or curved structure—are prone to shifting, slipping, or improper positioning during handling. This leads to reduced productivity and increased defect rates. In high-speed stamping, robotic transfer, and die loading systems, a gripper with insufficient clamping force can become a weak link. The solution? A high-clamping force industrial gripper designed for secure, stable sheet handling.
Insufficient Clamping Force: Cannot secure large or deformed sheet metal parts
Loose Mechanisms: Wear and vibration cause alignment shifts over time
Inconsistent Air Pressure: Affects grip strength and reliability
Slow Response Time: Gripper cannot keep up with fast-paced operations
Powerful Grip (≥30N): Prevents slippage, even with large or curved sheets
Self-Locking Design: Maintains grip during air pressure loss, ensuring safety
Tested for 5 Million Cycles: Durable for long-term high-frequency use
Fast Actuation (<0.2s): Supports high-speed line performance
Modular Build: Enables quick installation and replacement with minimal downtime
Sheet transfer between stamping presses
Robotic loading/unloading of automotive parts
End-of-line sheet metal pickup in forming lines
Smart robot arm gripping systems
Appliance or control panel sheet handling lines
Brisk offers industrial-grade pneumatic gripping solutions with 96 standard gripper models and 190 adapter types. Our grippers are:
Designed for stable, high-speed operation
Compatible with sensor feedback systems
Delivered within 3–7 days for most models
Trusted by manufacturers in Europe, Southeast Asia, and North America
Unstable gripping leads to downtime, material loss, and equipment wear. Don’t settle for sub-par performance—upgrade to a Brisk high-clamping force gripper and handle your sheet metal with confidence, efficiency, and precision.