CNC Cutting Systems and Machines

Fusion Cutting In the laser fusion cutting, the work piece is partially melted and the molten material is ejected by airflow. Because the transfer of the material occurs only in its liquid state, the process is called laser fusion cutting. The laser beam is accompanied by a high purity inert cutting gas that causes the melted material to leave the slot, and the gas itself does not participate in the cutting. Laser fusion cutting can achieve higher cutting speed than gasification. The energy required for gasification is usually higher than the energy required to melt the material. The maximum cutting speed increases with the increase of laser power, and decreases with the increase of plate thickness and the material melting temperature. In the case of laser power under a certain level, the limiting factor is the air pressure at the slot and the thermal conductivity of the material. The laser fusion cutting can get no oxidation incision for iron s...

CNC Plasma Cutting capability can be classified into 3 main groups which can be found  2D Plasma Cutting It generates flat profiles from plate or sheet, with straight cut edges at 90 Degrees to the profile surface. Typically, high powered Plasma Cutting beds are configured in this way, giving the largest depth of cut of between 100-150mm. 3D Plasma Cutting Similar to 2D Plasma Cutting as well as commonly referred to as flat-bed Plasma Cutting, this variation adds a third dimension through the introduction of an angular cut or bevelled edge through the sheet or plate material. Typically, High Definition Plasma Cutting beds are configured in this way, giving the greatest flexibility, accuracy and / or speed. Tube & Section Plasma Cutting The stock material & the cutting axes are the major changes and enhancements in comparison with flat-bed Plasma Cutting. The Plasma Cutting Head is typically stationary whilst the section or pipe is plann...