• 1
  • 2
  • 3
  • 4
  • 5
  • 6
合肥钣金加工浅谈激光切割技术和激光打孔技术
 

这两种技术的原理是将能量的小空间,从而得到辐照功率密度高(105 1015w / C平方米)的处理,然后利用高能量密度的非接触、高速度和高精度。激光切割技术是一种摆脱传统机械切削、热处理、切割、切割表面具有较高精度、较低粗糙度、切割方法更灵活、更高效的新型切削方法。

合肥钣金加工浅谈激光切割技术和激光打孔技术

现在的飞机典型部件采用铝合金、钛合金、高温合金和特种合金,结构形状复杂,成形精度和高功率激光切割机加工技术的引入,可以提高加工质量,降低模具成本,缩短生产周期,特别适用于复杂零件的加工。

合肥钣金加工

去年,轮廓DM数控激光切割机制造华工激光法利莱切割机项目在西安的一个军事企业采购激光一举打破了进口大功率激光切割机模式特殊合金和飞机发动机零部件加工领域的垄断,标志着大功率激光切割机加工技术的定位一直是国际先进水平。

The principle of the two techniques is to treat the small space of energy, thus obtaining the irradiation with high power density (105 1015w / C square meters), and then using high energy density non-contact, high-speed and high-precision. Laser cutting technology is a new type of cutting method which can get rid of the traditional mechanical cutting, heat treatment, cutting and cutting the surface with higher accuracy, lower roughness, more flexible cutting method and more efficient.

Now the typical components of aircraft using Aluminum Alloy, titanium alloy, high temperature alloy and special alloy, the structure of complex shape, the cutting machine precision and high power laser forming technology, it can improve the machining quality, reduce tooling costs, shorten the production cycle, especially suitable for processing complex parts.

Last year, a military procurement laser profile DM CNC laser cutting machine manufacturing hglaser falilai cutting machine project in Xi'an broke the imported high power laser cutting machine special alloy and aircraft engine parts processing industry monopoly, marking the location of high power laser cutting machine processing technology has been the international advanced level.




合肥钣金加工官方网站:http://www.hfzbjg.com
上一篇: 浅谈C02激光毛化与电火花毛化的区别及特点
下一篇: 合肥钣金加工浅谈切割速度对切割质量的影响