The quick-change system for clamping jaws has been specifically developed for flexible manufacturing cells and automated workpiece handling. In modern automation processes, simple loading and unloading of workpieces is no longer sufficient — the automated exchange of clamping jaws and clamping devices is essential for economical unmanned machining of a wide variety of components.
With the quick-change system, different clamping jaws can be exchanged fully automatically by industrial robots and gripper systems within seconds. This significantly reduces setup times and considerably increases flexibility in automated production environments.
The system operates with a self-locking mechanism and requires no additional mechanical actuation for locking or unlocking. This ensures maximum process reliability as well as dependable and low-wear operation, even under high change cycle conditions.
Thanks to its fully integrated design, the quick-change system is ideally suited for highly automated manufacturing environments and enables rapid exchange of different jaw variants within a production cell.
Features
• Fully automatic clamping jaw exchange
• Jaw change within seconds
• Ideal for flexible manufacturing cells and workpiece automation
• Automatable using industrial robots and gripper systems
• Self-locking system
• No additional mechanical actuation required
• Automatic locking and unlocking
• High process reliability
• Low-wear operation
• Fully integrated system
• High repeatability
• Suitable for high change cycles
Applications
• Flexible manufacturing cells
• Workpiece automation
• Unmanned production
• Serial production
• Multi-machine automation
• Robot-assisted clamping technology
• Automated machining centers
Advantages at a glance
• Fully automatic jaw exchange possible
• Significant reduction of setup times
• Increased machine runtime and productivity
• Maximum flexibility for changing workpieces
• No additional mechanical actuation required
• Reliable and self-locking system
• Fast exchange of different jaw variants
• Ideal for highly automated production environments