Product Description

TXT-GH-EX Series CNC fiber laser cutting machine has fast cutting speed, narrow cutting seam of finished parts, no difficulty in realizing complex contour cutting, smooth cutting surface, no burr and no subsequent treatment. The main cutting fields are metal alloys, plastics, non-metallic materials, etc. the mechanical design concept not only realizes the best cutting, but also adopts the exhaust device to meet the most stringent emission standards and CE standards.

It is a product made in international export standards. This series of products is the preferred model of metal material processing industry, with powerful cutting capacity, "flying general" cutting speed, ultra high stability, high quality processing, extremely low operating costs, and ultra-high adaptability.

The product uses a Dragon Double-driven structure pattern with a structural stability, a high rigidity and high speed. Its X, Y single-axis positioning speed can reach 90 m / min, and the double drive adds speed makes X, Y single-axis maximum acceleration 1.2g. 

The product bed is an integral weld structure. It has multiple aggregate processing, with dynamic response advantages, high-precision linear rail, high precision reducer and gear one, grinding rack, etc., high-precision, high-efficiency transmission mechanism Good rigidity, high precision to ensure long-term high-precision operation of the equipment.

The product adopts an autonomous development of fiber lasers, with extremely strong cutting capacity and efficiency, and is a high-end high-tech fiber laser cutting machine integrating advanced technologies such as laser cutting, precision machinery, numerical control technology.

Fully enclosed design; the observation window adopts European CE standard protective glass; the smoke generated by cutting is internally filtered, and the emission is up to the standard, without pollution;

It adopts an up and down exchange platform;The converter is responsible for controlling the exchanging motor;The machine is able to finish the platform.

Technical Parameters