Introduction of laser cutting
Laser cutting generally adopts CO2 laser or YAG laser, and is the commonest technology of laser process. It initialized in the early of 1970s used to process non-penetrating caulking groove knife blade on hardwood to make moulds that could be used to press and cut pressboard. With the deep and constant studies of lasers and continuing development of designs and manufacturing, the application and technology of laser cutting becomes more widely and more mature.
VISTER laser cutting series CO2 laser cutter is serial solution integrated with latest laser processing technologies for many industries and fields featuring with high-efficiency, high cost-performance and low pollution, which is applied in wood processing, packaging and printing, craftwork, advertisement, moulds, leathers and buttons. It can engrave on nonmetals such as plastics, woods, papers, rubbers, leathers, acrylic, ceramic, piece goods and composite materials.
Laser cutting principle
VISTER laser cutting series CO2 laser cutter is composed of control system, motion system, optical system, fume extractor and blowing protection system. It adopts the most advanced CNC mode to realize energy cutting with multi spindle linkage and non speed-effect. It supports AI, PLT, DXF, BMP and JPEG graphics format, and enhances interface graphic drawing capability. The cutter adopts high performance imported motor and gear-guiding structure to realize high motion precision in high-speed running status.
Laser cutter use high power laser to realize cutting. Under the control of computer the laser discharges via pulse to form laser beam with certain power and certain pulse width. This laser beam transmits through the optical path, after reflecting and focus it is focused to a fine facula with maximum diameter 0.3mm. Focusing facula is above the processed surfaces to melt or gasify the cutting materials, at the same time a stream of air coaxial with laser beam is blew out from the cutting head to blow away the melted or gasified materials from the bottom of cutting notch. With the relative motion of laser cutting head and cut materials the cutting notch is formed and laser cutting is realized. The laser pulse frequency, releasing time, motion speed and motion direction are all controlled by computer.
The XGY series laser cutter can be used in plastics, woods, papers, rubbers, leathers, acrylic, oxhorn and composite materials. It also can engrave on stones, ceramic, glasses, bi-color plate, lacquered copperplate, alumina materials and etc. This machine is powerful in function integrating with bitmap engraving, slope engraving, vector cutting and laser drilling.
|Working area||1300mm * 900mm|
|Working voltage||220 ± 10% 50HZ|
|Laser tube||CO2 sealed glass laser, water-cooled 10.6um|
|Reposition accuracy||≤ 0.01mm|
|Operating humidity||0 ℃ to 45 ℃|
|Machine size||1700 * 1090 * 960mm|
|package size||1860 * 1250 * 1200mm|
Installing environment requirements
Requirements of installing environment（low power engraving and cutting machine）
Supplementary explanation of machine precision
Hence, the comprehensive precision of machine processing is feasible of ±0.06mm～±0.1mm.
Free for one year
Water Chiller CW3000
Lead shine Stepper motor