Sayaka PCB Router

Why Choose the Sayaka PCB Depaneling Router?

When it comes to depaneling printed circuit boards (PCBs), the Sayaka PCB Router is the ultimate solution for precision, efficiency, and reliability. Unlike other methods, this advanced PCB depaneling machine uses a high-speed router bit to minimize stress on components, ensuring clean and accurate cuts.

Key Features & Benefits

Superior Cutting Performance

• High-Speed Spindle: Achieve fast and precise cutting with a high-speed spindle, enabling clean cuts and versatile panel designs with various cutting patterns.
• Adjustable Cutting Depth: Our automatic router bit depth adjustment system extends tool life by shifting up to five depth levels, reducing bit replacement frequency.
• Fast Cutting & Travel Speeds:
  • Cutting speed: Up to 50mm per second
  • Travel speed: Up to 1,000mm per second

Clean & Efficient Operation

• Integrated Dust Collection System: The built-in vacuum fixture prevents warping and maximizes dust collection for a cleaner working environment.

User-Friendly Interface

• Easy Programming: The intuitive image processing software allows operators to program cutting paths using simple point-and-click technology.
• Automated Alignment: A CCD camera ensures precise alignment adjustments for accurate depaneling.
• One-Touch Operation: Start the depaneling process instantly with a single external button.

Low Maintenance & Durability

• Robust Frame & Motor System: The spindle motor operates along the X, Y, and Z axes, with ceramic bearings providing a high-speed rotation of 60,000 RPM.
• Easy Access for Maintenance: Designed for hassle-free repairs and servicing, reducing downtime and maintenance costs.

Cost-Effective Solution for PCB Depaneling

The Sayaka PCB Router offers an unbeatable combination of efficiency, ease of use, and affordability. By reducing component stress, minimizing bit wear, and streamlining operation, this PCB depaneling system saves both time and money, making it an ideal investment for manufacturers looking to optimize production.