400mm-1200mm Automatic V-cut PCB Separator Machine

It adopts the design of upper round knife and lower straight knife. During board cutting, V-CUT is placed on the lower straight knife, the circuit board does not move, and the upper round knife moves around to cut the board. The stress is relatively small. The board cutting mode of fixed board and moving knife can also effectively avoid collision during board cutting operation of circuit board and avoid hidden injury Component damage and other problems. It is suitable for all kinds of fiberglass boards, FR-4 boards, FR-1 boards, etc.

1. Adjustable separating speed: 500mm/s or 300mm/s.
2. Upper circular blade can be adjustable 0-2mm.
3. Operation platform is adjustable 0-50mm.
4. Cutting thickness: 0.2-3.2mm, V-cut thickness: 0.2-2.0mm.
5. The machine cut PCB boards without damaging electronic components. And it can improve efficiency
6. With blade moving, it can reduce pressure on board to avoid solder joint crack and parts fracture.
7. Upper circular blade cuts against lower linear blade to separate PCB board, smooth and clear cuts.
8. According to the width of PCB, the back baffle can be adjustable from 0 to 150mm.
9. The blades are sharp and indurable. And they can be sharpened between 3 and 5 times.
10. Assemble light curtain system on the end of the lower blade for your option. If there is anything beyond the safe line, PCB separator will stop working to ensure safety operation.

• Electronics Manufacturing
  • Used in high-volume SMT (Surface Mount Technology) production lines to depanel PCBs after reflow soldering.
  • Ensures boards are separated without damaging components or traces.
• Consumer Electronics
  • Smartphones, tablets, smartwatches, and other handheld devices often use panelized PCBs.
  • Automatic separators ensure consistent quality and reduce manual labor.
• Automotive Electronics
  • Applications include ECUs, in-vehicle infotainment systems, and sensor modules.
  • Requires precision depaneling to avoid stress or fracture in high-reliability circuits.
• LED Lighting Modules
  • LED PCBs often come in long panels; automatic depaneling ensures fast and clean separation for LED bars, strips, or modules.
• Medical Devices
  • Used in the production of compact PCBs for diagnostic tools, wearable health monitors, and imaging systems.
  • Requires stress-free depaneling to ensure product reliability.
• Industrial Electronics
  • Automation controllers, PLCs, and industrial sensors require robust PCB depaneling systems for high-tolerance applications.
• Telecommunications
  • Routers, modems, and base station boards need precise and high-speed depaneling to maintain signal integrity.

• Improves Efficiency: Faster than manual or semi-automatic depaneling.
• Reduces Labor Cost: Fully automated process reduces need for skilled manual operators.
• Minimizes Board Stress: Clean cuts without mechanical stress prevent cracks or component damage.
• Supports Complex Shapes: Especially useful for irregularly shaped PCBs or breakaway tabs.
• Ensures Consistency: Every board is separated with the same quality and accuracy.