Full Automatic PCB Board Router Machine Widened NSK Spindle Speed Max 60000rpm

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Full Automatic PCB Board Router Machine Widened NSK Spindle Speed Max 60000rpm

ویدیوهای دیگر

November 24, 2022

Category Connection: PCB Depaneling Router

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Tags:

#ماشین مسیریابی pcb #depanelizer pcb #روتر برد مدار چاپی

Brief: Discover the Full Automatic PCB Depaneling Router Machine, designed for precision and efficiency in PCBA board processing. Featuring a widened NSK spindle with speeds up to 60,000rpm, double workbenches, and advanced CCD camera calibration, this machine ensures high accuracy and reduced stress on boards. Perfect for high-volume production with minimal downtime.

Related Product Features:

Double workbenches allow simultaneous in-and-out operation, reducing waiting time and increasing flexibility.
High-speed imported NSK spindle (max 60,000rpm) ensures precise cutting with minimal stress.
CCD camera calibration accuracy of ±0.01mm for superior alignment and cutting precision.
Milling cutter detection system monitors tool state in real-time to prevent errors.
Versatile vision system adapts to various PCB types, including gold, tin, or copper-plated boards.
CNC special controller offers stable, high-precision, and fast-response performance.
Efficient dust collection system with a 3HP motor (optional 5HP) keeps the workspace clean.
Compact machine size (1220mm×1430mm×1520mm) with a total weight of 900KG for easy integration.

متداول:

What is the maximum spindle speed of the Full Automatic PCB Depaneling Router Machine?

The machine features an NSK spindle with a maximum speed of 60,000rpm for high-precision cutting.
Can this machine handle different types of PCB boards?

Yes, the advanced vision system supports various PCB types, including tin-plated, copper-plated, gold-plated, and more, ensuring accurate recognition and cutting.
How does the double workbench feature improve efficiency?

The double workbenches allow simultaneous loading and unloading of boards, significantly reducing downtime and increasing production throughput.