How to choose a multi axis laser control system

Multi axis laser control system is a classification of laser control systems, mainly used for multi axis laser equipment, which is mainly used for complex pattern processing of large format. Compared to traditional single axis but laser head laser machines, multi axis laser equipment can complete tasks with several times the efficiency, but correspondingly, the price of such equipment will also be more expensive.

When choosing a multi axis laser control system, we should mainly consider the following aspects:
Stability: Stability is a necessary requirement for laser control systems. The factory environment is complex, with dust and severe electromagnetic interference. Laser cutting machines need to operate and process for a long time and with high intensity in such an environment. The laser control system must have corresponding anti-interference ability, which is commonly known as stability.

Anti collision: The biggest challenge of a multi axis control system is the interference of different motion axes during operation, because once a high-speed moving motion axis collides, it is easy to cause both motion axes to be damaged. Therefore, a qualified multi axis laser control system should have basic collision prevention functions.

Efficiency: The biggest advantage of a multi axis control machine system lies in its efficiency. The synchronous processing of multiple laser heads will achieve several times the processing effect of a single head laser. How to optimize the movement of the laser head is also the most challenging aspect of the control system performance. In this regard, when choosing, we should focus on comparing the hardware computing ability and software algorithms of the control system.

Security: Security is a basic configuration that every CNC system must have. The security of the control system is mainly reflected in two aspects, which are to ensure the safe operation of equipment and the personal safety of operators. The intelligent control system should be able to monitor the operation of equipment at all times and stop in a timely manner in case of abnormalities.