Supports 4-axis + dual/single galvanometer + dual/single laser, adapting to different application scenarios. Dual galvanometers can perform synchronous or asynchronous processing. It can control step motors/servo motors/linear motors, and the improved S-curve acceleration and deceleration algorithm and predictive control make the machine tool speed faster and more stable.
Supports the XY2-100 data transmission protocol, which supports 16-bit resolution control signals for communication between the board and the galvanometer scanning system, enabling vector and bitmap processing, and achieving synchronous output of the laser and scanning system for precise and repeatable laser processing.
Simultaneously outputs 5V TTL Gate and Trigger laser signals.
It has completely independent intellectual property rights and can replace foreign galvanometer control cards.
PCB/FPC, fingerprint identification chips
Laser precision cutting of camera modules, etc.
Large-area marking, large-area wafer marking, seamless splicing
3D printing. Glass drilling, mirror paint removal, glass sanding.
Main Applications:
Removing the silver plating layer on glass / Environmental protection automation / Delicate and smooth sandblasting effect
The QLC-420 control platform adopts a digital processing unit with super computing power and an extremely short servo cycle, which is suitable for high-speed and high-precision digital motion control.
Supports 4 axes + dual/single galvo mirrors + dual/single lasers, suitable for various applications. Dual galvo mirrors can perform synchronized or asynchronous processing.
1. Integrate the control function of the platform galvanometer. 2. Fast calculation speed. 3. Ethernet port communication. 4. Large data storage capacity.
It is widely used in the metal field, such as stainless steel, carbon steel, cold plate, galvanized plate, copper, aluminum substrate, aluminum, etc.