Cutting is more stable and efficient. Featuring a new optical solution, closed-loop autofocus, intelligent blade retraction, nozzle cooling, and sensor water cooling, the cutting head is more stable and efficient.

The cutting head's anti-collision design eliminates the need for factory repairs or on-site after-sales service; customers can replace the head themselves.

Smarter and safer, the machine features multiple built-in sensors for real-time closed-loop intelligent monitoring, enabling rapid problem diagnosis and early warning.

YYC racks are suitable for fast, precise positioning mechanisms and are suitable for heavy-load, high-precision, high-rigidity, high-speed, and long-stroke CNC machine tools, drilling machines, lathes, machining centers, cutting machines, woodworking machinery, welding machines, stone processing machinery, manipulators, welding machines, pipe benders, aluminum processing equipment, gantry-type machine tools, industrial robots, printing machinery, and CNC machine tools.

A speed reducer is a power transmission mechanism whose primary function is to reduce rotational speed while increasing torque. This function is particularly critical in laser equipment. For example, during laser cutting machine operation, the speed and direction of the cutting head must be precisely controlled to ensure cutting quality. The speed reducer converts the high-speed rotation of the motor into a suitable low-speed, high-torque output, thereby achieving smooth and precise motion control of the cutting head.

Max lasers utilize a modular design with an integrated, fully enclosed optical module. They feature a small output fiber core diameter and excellent beam quality, resulting in high cutting efficiency, fast perforation, and strong welding capabilities. They are widely used in laser cutting, laser welding, laser cladding, laser brazing, and laser surface heat treatment.