News

An EtherCAT laser controller is a motion and process control device that uses the EtherCAT fieldbus (Ethernet for Control Automation Technology) to control industrial lasers in applications such as cutting, welding, engraving, marking, drilling, and additive manufacturing.

Laser cutting with a laser control board revolutionizes flexible material processing by combining precision, efficiency, and adaptability. Unlike mechanical or ultrasonic cutting, the laser controller ensures a completely non-contact process. This prevents deformation of delicate fabrics such as silk, sponge, or stretch textiles, while eliminating tool wear and contamination. With no dies or downtime, the laser controller drastically reduces long-term production costs and guarantees clean results for industries with strict hygiene standards.

The CO2 laser controller is the central "brain" of any laser processing system. A laser controller acts as the critical bridge between digital design data and real-world manufacturing, ensuring that every instruction is executed with precision. By managing commands from upper-level software, the laser control board converts them into accurate control signals that drive and regulate laser energy output.

ZJ012S-D-2000N dynamic galvanometer vision laser controller developed by Zhiyuan (Shenyan) CNC. This laser controller has become a benchmark solution for laser cutting of non-metallic materials due to its efficient processing speed and extremely high processing precision.

A CNC laser controller board is the control board (hardware + firmware) that acts as the "brain" of a CNC laser machine. It connects the computer/software to the machine's hardware and manages all operations during cutting or engraving.

As health and fitness become a greater focus, the demand for high-performance sportswear is rising. You may have noticed that garments advertised as breathable and sweat-wicking often feature neat rows of tiny holes. These aren't just for looks.