Industry News

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.

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.

The panoramic vision laser controller is becoming a key device to break through the limitations of traditional processing with its wide-area scanning capability and precise positioning technology. It expands the field of view of the laser while maintaining a high-precision control level, making the processing of large areas and complex contours more efficient and accurate, injecting new technical vitality into the laser processing industry. ​

​A vibration knife control system is a key component in modern cutting machinery, ensuring precision and efficiency in industries like packaging, textiles, and automotive manufacturing.

​In today's manufacturing world, laser marking systems have become indispensable for creating permanent, high-precision markings on everything from surgical tools to aerospace components. Unlike traditional engraving methods, these systems use concentrated laser beams to alter material surfaces without physical contact, delivering unmatched accuracy and consistency.