The frame adopts all-welded structure, and the internal vibration is eliminated by the effective vibration processor, so that the stability of the frame is improved and the amount of denaturation is small.
The X-axis adopts high-precision linear circular guide rails, and the Y-axis adopts high-precision linear guide rails, which has low running resistance. The X-axis and Y-axis are installed with multi-functional instruments for detection and installation. The straightness error of the two rails of the X-axis is guaranteed to be less than ±0.05mm, and the vertical error of the X-axis and Y-axis is not more than ±0.05mm.
The light weight structure of the operating trolley , To ensure the quality of plasma cutting processing. The industrial computer operating system is operated in a stable DOS system, with a good man-machine dialogue interface, and Chinese and English languages can be arbitrarily converted. The operating speed of the X-axis and Y-axis can be up to 8 meters per minute.
The industrial control computer can interface with the ISO standard CNC language, which can display cutting graphics, simulate cutting, and have manual programming functions. Characteristics of the host control system of the plasma cutting machine The drive transmission system uses the digital AC servo system of Mitsubishi Corporation of Japan.
The motor uses high-magnetic rare earth materials, good magnetic conductivity and heat dissipation, and its encoding has high resolution, which is 4 times the function of the ordinary type, thereby ensuring higher control accuracy. The cutting software introduces the European special wind control chart software, which has a large library, easy to learn, flexible operation and high cutting accuracy.
1. Advanced plasma special numerical control system, fully off-line work, humanized operation
2. Fast data transmission, using the advanced USB interface to work offline, without occupying computer resources
3. Various software compatible
4. Efficient and worry-free operation, with power failure, continued engraving of breakpoints, prediction of processing time, automatic tool setting
