目前在大功率激光切割机的帮助下，北京激光切割能对多种材质进行加工，那么有哪些材料加入了激光切割的行业中呢？
1、碳钢：现代激光切割系统可以切割碳钢板的最大厚度可达20MM，利用氧化熔化切割机制切割碳钢的切缝可控制在满意的宽度范围，对薄板其切缝可窄至0.1MM左右。 http://www.bjsnst.com
2、不锈钢：激光切割对利用不锈钢薄板作为主构件的制造业来说是个有效的加工工具。在严格控制激光切割过程中的热输入措施下，可以限制切边热影响区变得很小，从而很有效的保持此类材料的良好耐腐蚀性。
3、合金钢：大多数合金结构钢和合金工具钢都能用激光切割方法获得良好的切边质量。即使是一些高强度材料，只要工艺参数控制得当，可获得平直、无粘渣切边。不过，对于含钨的高速工具钢和热模钢，激光切割时会有
熔蚀和粘渣现象发生。
4、铝合金：铝切割属于熔化切割机制，所用辅助气体主要用于从切割区吹走熔融产物，通常可获得较好的切面质量。对某些铝合金来说，要注意预防切缝表面晶间微裂缝产生。http://www.akstzs.cn
5、铜合金：纯铜(紫铜)由于太高的反射率，基本上不能用CO2激光束切割。黄铜(铜合金)使用较高激光功率，辅助气体采用空气或氧，可以对较薄的板材进行切割。http://www.akstzs.com
6、钛合金：纯钛能很好耦合聚焦激光束转化的热能，辅助气体采用氧时化学反应激烈，切割速度较快，但易在切边生成氧化层，不小心还会引起过烧。为稳妥起见，采用空气作为辅助气体比较好，以确保切割质量。飞机制
造业常用的钛合金激光切割质量较好，虽然切缝底部会有少许粘渣，但很容易清除。
7、镍合金：镍基合金也称超级合金，品种很多。其中大多数都可实施氧化熔化切割。
金属厚板激光切割加工制作的产品质量好，速度快，这种加工方式属于一种安全环保的加工方式，能够为工作人员提供一个良好的工作环境。和其他的加工方式相比，在很多方面都有改进。金属厚板激光切割加工已
经在很多的加工行业中被使用，深受厂家的青睐。这种加工方式不但在制作产品的质量或者速度等方面有很多的改进，在价格方面也会比其他的加工方式便宜很多。
Stainless steel plate laser cutting processing Beijing stainless steel plate cutting
At present, with the help of high power laser cutting machine, Beijing laser cutting can be made of various materials, then what material is added to the laser cutting of the industry?
1, carbon steel: modern laser cutting system can cut carbon steel the maximum thickness of up to 20MM, the use of the oxidation of carbon cutting mechanism for cutting of carbon steel can be
controlled in the range of satisfaction, the thin plate of its cutting can be narrow to about 0.1MM.
2, stainless steel: laser cutting on the use of stainless steel sheet as the main component of the manufacturing industry is an effective tool. In the strict control of the laser cutting process of the thermal
input measures, it can be limited to the cut edge heat affected zone becomes small, which is very effective to maintain the good corrosion resistance of this kind of material.
3, alloy steel: most alloy structural steel and alloy tool steel using laser cutting method to obtain good cutting quality. Even some high strength material, as long as the process parameters are controlled
properly, can be obtained flat, non stick slag cutting edge. However, for high-speed tool steel and hot die steel, laser cutting
Corrosion and slag formation.
4, aluminum alloy: aluminum cutting belongs to the melting and cutting mechanism, the use of auxiliary gas is mainly used to blow away from the cutting zone melting products, usually can get better
quality. For some aluminum alloys, it is to pay attention to the prevention of micro cracks in the surface of the cracks.
5, copper alloy: copper (copper) because the reflectivity is too high, basically can not use CO2 laser beam cutting. Brass (Tong Hejin) with high laser power, auxiliary gas using air or oxygen, can be a thin
plate for cutting.
6, titanium alloy: pure titanium can be very good coupling of the laser beam into the heat, auxiliary gas uses oxygen chemical reaction, cutting speed, but easy to produce oxide layer, not careful will also
cause a burn. For the sake of safety, the use of air as the auxiliary gas is better, in order to ensure the quality of cutting. Aircraft system
Titanium alloy laser cutting quality is better, although there will be a little sticky slag, but it is easy to remove.
7, nickel alloy: nickel based alloy, also known as super alloy, a lot of varieties. Most of which can be implemented in the oxidation of melting and cutting.
Metal thick plate laser cutting of the product quality is good, the speed is quick, this kind of processing method belongs to a kind of safety and environmental protection way, can provide a good working
environment for the staff. Compared with other processing methods, in many ways to improve. Laser cutting of metal plate
After a lot of processing industry is used, by the manufacturers of the favor. This process not only in the production of quality or speed, etc. there are a lot of improvements in the price will be much cheaper than other processing methods.
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