1. High Control Precision
It supports the XYZ-100 data transmission protocol, which supports 16-bit resolution control signals for communication between the board and the galvanometer scanning system. It can achieve vector graphics and bitmap processing, and can achieve simultaneous output of the laser and scanning system, realizing precise and repeatable laser processing.
2. Fast Computing Speed
The QLS-221/221(3D) 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.
3. Ethernet Port Communication
It uses 100/1000M Ethernet for communication, which is fast and stable. There is no need to install driver programs. The control system operates independently and is not affected by industrial computer failures, making the operation of machine tool equipment systems more stable.
4. Large Data Storage Capacity
The QLS-221/221(3D) is equipped with relatively large memory and can process large amounts of data at one time, which is very suitable for high-speed and high-precision motion control with large data throughput.
It supports two-channel encoder input and 2-axis pulse direction output.
Z-axis: Analog quantity, 16-bit resolution, ±10V DAC analog output.
Two digital quantities, the XYZ-100 protocol adds Z-axis signals.
It supports 8 in and 8 out IO ports and can be quickly applied to automated marking equipment.
One computer can control dozens of marking machines for simultaneous marking, saving costs.
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One card realizes the precise laser processing control of platform movement + dual galvanometer scanning + vision + automatic knife loading.
QLS - 421/22 is equipped with a relatively large memory, which can process large amounts of data at one time, and is very suitable for high - speed and high - precision motion control with large data throughput.
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.
It is suitable for fields such as automatic control equipment and automatic detection equipment. Front-cut and rear-crack double-splicing glass cutting system.