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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.

Fiber laser is a type of high-precision, high-efficiency, and high-energy laser commonly used in industrial production. The core of a fiber laser cutting machine is the fiber laser cutting controller. Because fiber lasers have high energy and the laser spot becomes extremely small after focusing, fiber laser cutting control systems are used in scenarios requiring fine cutting. In practical processing applications, the cutting surface produced by a fiber laser cutting controller is smooth and the edges are neat. Compared with other types of laser controllers, secondary processing is typically unnecessary.

Ultraviolet (UV) laser marking uses high-energy photons to directly break the molecular chains of materials, forming marks without the need for thermal processing, and is therefore often referred to as "cold processing."

In public places, guiding and warning signs, as well as nameplates on equipment or buildings that have explanatory attributes, not only convey information in daily life but also serve as important identifiers for communicating brand image or concepts. There are many materials used for making signs or nameplates, such as corrosion-resistant stainless steel, lightweight acrylic, brightly colored two-color plates, and uniquely textured high-end wood or leather.

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.

Laser cutting is a processing technology that uses a high-energy laser beam to cut materials along a designed path. Today, laser cutting has become a very common processing method.