EtherCAT laser controller cutting is a laser cutting control solution based on the EtherCAT real-time industrial EtherCAT. Compared with traditional laser cutting control systems, the EtherCAT laser cutting system has lower laser response delay, and commands such as power adjustment and speed change take effect faster and more accurately.
In ordinary laser controller cutting, motion control and laser power control are two independent systems. At corners, the laser power cannot be compensated in time. When cutting non-metal materials, this can easily cause burned or rough edges at corners, and when processing small texts or patterns, power delay may result in uneven cuts or carbonized edges. To avoid these issues, operators need to make multiple adjustments, which significantly reduces processing speed.
In the EtherCAT laser controller cutting , motion control and laser power control belong to the same system, and the power changes in real time following the speed. When cutting non-metal materials, it ensures that laser power and cutting trajectory are consistent, with corner power compensated in real time, effectively avoiding carbonization and other issues.
Compared with ordinary laser control systems, the EtherCAT laser cutting system has simpler wiring, with all devices connected via a single bus, resulting in lower maintenance costs and higher stability. Unlike traditional laser control systems, when cutting non-metal materials, the EtherCAT laser cutting system has significant advantages in cutting accuracy, speed, processing quality, and equipment maintenance.
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