China Visual Copying Typesetting Cutting Controller Manufacturer, Supplier, Factory

The galvanometer laser control system is a type of laser processing control system. The galvanometer laser control system uses the galvanometer and high-speed rotating mirrors to quickly control and position the laser beam. In terms of speed, accuracy, and processing area, the galvanometer laser control system has great advantages compared with traditional laser control system.

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.

EtherCAT laser controller are a core upgrade direction for laser processing equipment. By replacing traditional pulse control methods with industrial Ethernet EtherCAT technology, EtherCAT laser controller enable high-speed digital communication between the controller and devices such as lasers, servo motors, and sensors. They are widely used in cutting, engraving, welding, and other fields, and are currently the mainstream solution in high-power, high-precision laser processing.

From the “civilization hard drive” that records and transmits culture to the modern commercial signage that showcases brand identity, marble engraving—an ancient and enduring craft—runs through the entire history of human civilization. It is not merely the physical act of “engraving patterns on stone,” but also carries humanity’s profound needs across multiple dimensions, including practicality, emotion, art, spirituality, and cultural inheritance. Because of its qualities of permanence, beauty, and symbolic meaning of strength and immortality, carved marble has been widely used in various fields such as garden landscapes, religious architecture, commercial signage, and customized handicrafts.

Non metallic cutting control systems are mainly divided into the following categories, covering different laser types and functional characteristics:

The special physical properties of flexible displays—being bendable, shatter-resistant, and thin and light—make them highly popular across various industries. Smartphones, tablets, automotive displays, and medical instrument panels all rely heavily on flexible displays. Meanwhile, laser processing, due to its non-contact machining, high precision, and support for customized processing, has become one of the core technologies in flexible display manufacturing.