Laser cutting three-dimensional laser cutting principle Laser upside-down laser attack, by the curved mirror and upside-down confluence mirror reflected on the processing of goods, so that the processing of goods (appearance) by a strong thermal energy and rapid increase in temperature, so that the point due to high temperature and rapid melting probably vaporized, cooperating with the operation of the laser head orbit and then Arrive at processing corruption.
光纖的遴選依據金屬板材的厚度紛歧樣，選取紛歧樣的光纖激光器功率，三維切割光纖激光器的功率一般分200W, 300W, 400W, SOOW與1000W等多種規范；對紛歧樣功率的激光器配備紛歧樣的冷卻系統，以確保激光器的平常功課。一同要依據機器臂的功課半徑和加工工件的大小選定適宜長度的操縱光纖傳輸激光，以稱心顧客切割需要。
Optical fibers are selected according to the different thickness of the metal plate, and the different power of the fiber laser is selected. The power of the three-dimensional cutting fiber laser is generally divided into 200W, 300W, 400W, SOOW and 1000W. At the same time, according to the robot arm's homework radius and the size of the workpiece to select the appropriate length of optical fiber transmission laser, to meet customer cutting needs.
Instead of using nesting software, the NC system calls parts or reads into parts for technical programming and some cutting, which not only wastes time, but also more extravagant information. So arranging nesting software is time-saving and economical.
When cutting is set up, the cutting pattern used is too frugal, individual parts must be perforated, and must be fully cut, without the use of common edge, borrowed edge, bridging and other efficient cutting pattern, resulting in low cutting obedience, and cutting nozzle consumables (especially plasma nozzle) wave throw emergency.
標簽:   鈑金加工 鈑金加工廠家 鈑金 加工