Brief: Observe the step-by-step operation and see practical examples of usage. This video demonstrates the Inline Universal PCB Separator with Dual Spindle in action, showing how it automatically loads, cuts, and unloads both tab and V-cut boards. You'll see the touch screen interface for job setup, the vision-guided fiducial recognition ensuring precise cutting paths, and the dual high-speed spindles operating for parallel processing and maximum throughput.
Related Product Features:
Features twin high-speed spindles operating at up to 60,000 RPM for parallel processing or redundancy.
Automatically loads and unloads PCBs from upstream and downstream conveyors in an inline operation.
Handles V-cut, tab-routed, and irregularly shaped PCBs with flexible board handling capabilities.
Uses a high-resolution camera and vision-guided fiducial recognition for accurate cutting path customization.
Includes a vacuum system for effective dust and debris removal to maintain a clean working environment.
Supports offline programming, Gerber file import, and barcode-based job loading for easy setup.
Monitors spindle tool wear and usage with automatic life tracking and error detection.
Fully compatible with SMEMA or SECS/GEM standards for seamless production line integration.
FAQs:
What types of PCB boards can this separator handle?
The Inline Universal PCB Separator is designed to handle V-cut, tab-routed, and irregularly shaped PCBs, making it suitable for a wide range of board designs and applications.
How does the machine ensure accurate cutting precision?
It uses a high-resolution camera and vision-guided fiducial recognition system for automatic mark point calibration, ensuring cutting accuracy of ±0.05mm and real-time image correction for precise positioning.
Can this machine be integrated into an existing production line?
Yes, it is designed as an inline system with fully automatic loading and unloading, and it is compatible with SMEMA or SECS/GEM standards for easy integration with upstream and downstream equipment.
What are the benefits of the dual spindle design?
The dual spindles can operate simultaneously for parallel processing to reduce cycle time and boost throughput, or redundantly to increase uptime in case one spindle requires maintenance.