V Slot Low Force Stress Thick Aluminum Board PCB Depaneling Machine

V Slot Low Force Stress Thick Aluminum Board PCB Depaneling Machine

Introduction:

This machine called pneumatic pcb separating machine, also called guillotine type PCB depaneling machine, it's using dual guillotine type blade as the cutting tool, at the same time powered by air pressure to finish the depaneling, it has much better performance than the blade moving pcb separator.

Features:

1, Suitable for all kinds of PCB boards with V-slot.

2, Guillotine type blade separating, ultra low force stress at 500-600uE, smooth and flat, no bent and glitch.
3, Penumatic and electricity driven combined.
4, Security: small guillotine only available for board feeding, ensure the safety of the operator.
5, Easy maintanance, operator can handling the machine with easy training.
6, Durable, using import high quality steel made cutting tool.

Specification:

Applications

1. Electronics Manufacturing:

   • Commonly used in the production of electronic devices, where multiple PCBs are manufactured in panels and need to be separated for assembly.

2. Prototyping and R&D:

   • Useful for research and development labs where PCB panels are created for testing and need to be depaneled carefully.

3. Repair and Rework:

   • Employed in repair facilities to separate PCBs for inspection, rework, or replacement of components.

4. Custom PCB Solutions:

   • Ideal for companies that produce custom PCB designs and need precise separation without damaging the boards.

Benefits

• Minimized Risk of Damage: The low force approach significantly reduces the risk of cracking or damaging sensitive components during the depaneling process.
• Improved Product Quality: Ensures that PCBs remain intact and functional, which is critical for maintaining quality standards in electronics manufacturing.
• Efficiency: Automating the separation process speeds up production times and enhances overall workflow efficiency.
• Versatility: Capable of handling various PCB sizes and configurations, making it adaptable to different manufacturing needs.