腾讯分分彩开奖直播专业从事精密钣金加工、激光切割加工为主的钣金加工型厂家

腾讯分分彩开奖直播

示例图片三
网站首页 > 行业资讯 > 激光切割

激光切割加工技术你掌握可大大减少加工时间

2018-06-03 10:46:43 腾讯分分彩开奖直播 阅读

激光切割加工技术广泛应用于金属和非金属材料的加工中,可大大减少加工时间,降低加工成本,提高工件质量。现代的激光成了人们所幻想追求的“削铁如泥”的“宝剑”。以金运激光CO2激光切割机为例,整个系统由控制系统、运动系统、光学系统、水冷系统、排烟和吹气保护系统等组成,采用最先进的数控模式实现多轴联动及激光不受速度影响的等能量切割,同时支持DXP、PLT、CNC等图形格式并强化界面图形绘制处理能力;采用性能优越的进口伺服电机和传动导向结构实现在高速状态下良好的运动精度。
Laser cutting technology is widely used in metal and non-metallic materials processing, which can greatly reduce processing time, reduce processing costs and improve the quality of workpieces. The modern laser has become the "sword" that people are imaginary to pursue. Taking Jinyun laser CO2 laser cutting machine as an example, the whole system is composed of control system, motion system, optical system, water cooling system, smoke exhausting and blowing protection system. It adopts the most advanced numerical control mode to realize the equal energy cutting with multi axis linkage and laser without the influence of speed. It supports DXP, PLT, CNC and other graphic formats at the same time. The interface graphics processing ability is enhanced, and the imported servo motor and transmission guide structure with superior performance are used to achieve good motion accuracy under high speed condition.

 激光切割加工是应用激光聚焦后产生的高功率密度能量来实现的。在计算机的控制下,通过脉冲使激光器放电,从而输出受控的重复高频率的脉冲激光,形成一定频率,一定脉宽的光束,该脉冲激光束经过光路传导及反射并通过聚焦透镜组聚焦在加工物体的表面上,形成一个个细微的、高能量密度光斑,焦斑位于待加工面附近,以瞬间高温熔化或气化被加工材料。每一个高能量的

Laser cutting is realized by high-power density energy generated by laser focusing. Under the control of a computer, the laser is discharged by pulse to output a controlled repetition of high frequency pulse laser to form a certain frequency, a certain pulse width of the beam. The pulse laser beam passes through the light path and reflected and focuses on the surface of the machined object through the focus lens group, forming one fine and high energy. The spot is located near the surface to be processed and melted or vaporized instantly.  Every high energy

 激光脉冲瞬间就把物体表面溅射出一个细小的孔,在计算机控制下,激光切割加工头与被加工材料按预先绘好的图形进行连续相对运动打点,这样就会把物体加工成想要的形状。切割时,一股与光束同轴气流由切割头喷出,将熔化或气化的材料由切口的底部吹出(注:如果吹出的气体和被切割材料产生热效反应,则此反应将提供切割所需的附加能源;气流还有冷却已切割面,减少热影响区和保证聚焦镜不受污染的作用)。与传统的板材加工方法相比,激光切割其具有高的切割质量(切口宽度窄、热影响区小、切口光洁) 、高的切割速度、高的柔性(可随意切割任意形状) 、广泛的材料适应性等优点。

The laser pulse instantly spattered a small hole in the surface of the object. Under the control of the computer, the laser cutting head and the processed material are continuously moving and hitting the point drawn according to the pre drawn graphics, which will process the object into the desired shape. At the time of cutting, a strand of coaxial air flow with a beam of beam is ejected from the cutting head, which is blown out of the cut at the bottom of the cut (Note: if the gas and the cut material produced by the blow produces a thermal response, the reaction will provide the additional energy needed for the cutting, and the air flow and the cut surface to reduce the heat affected zone and to ensure that the focusing mirror is not. " The effect of pollution). Compared with the traditional method of plate processing, laser cutting has the advantages of high cutting quality (narrow cut width, small heat impact zone, smooth cut), high cutting speed, high flexibility (arbitrary shape cutting at will), and extensive material adaptability.


标签:   钣金加工 加工 钣金