激光切割机是钣金加工的一次工艺革命，是钣金加工中的“加工中央”；激光切割机柔性化程度高，切割速度快，出产效率高，产品出产周期短，为客户赢得了广泛的市场，该技术的有效生命期长，国外超过2毫米厚度的板材大都采用激光切割机，很多国外的专家一致以为今后30-40年是激光加工技术发展的黄金时期。
一般来讲，建议以12mm以内的碳钢板、10mm以内的不锈钢板等金属材料切割推荐使用激光切割机。激光切割机无切削力，加工无变形：无刀具磨损，材料适应性好：无论是简朴还是复杂零件，都可以用激光一次精密快速成型切割：其切缝窄，切割质量好，自动化程度高，操纵简便，劳动强度低，没有污染：可实现切割自动排样、套料、进步了材料利用率，出产本钱低，经济效益好。
激光切割机选购要考虑的因素很多，除了要考虑目前加工工件的大尺寸、材质、需要切割的大厚度以及原材料幅面的大小外，更多的需要考虑未来的发展方向，比如所做产品的技术改型后要加工的大工件大小、钢材市场所提供材料的幅面针对自己的产品哪种省料，上下料时间等等。
骐麟公司以专业服务，质量[敏感词]为宗旨，以创新驱动互利共赢的理念，不断的培养高端技术人才，为每一位客户提供专业的技术产品。现公司拥有高级工程师，光学博士及高端管理人才多名，拥有先进的检验设备和百级的超洁净无尘车间，我们注重产品的每一个细节并且投入心力要求[敏感词]。骐麟公司一定是你好的合作伙伴。
电话：0755-2799-9931 网址：http://www.qilinlaser.com
Return to list
"Laser city" is expected to become a new business card of Shenzhen
2017-05-27
3D printing, robotics, laser traceability, artificial intelligence... these "Industry 4.0" black technologies are all unveiled at the "China Laser Intelligent M……
Routine usage specification and maintenance method of optical fiber laser cutting machine
2018-03-07
With the continuous development of laser industry in China, more and more laser devices appear in people's life and work. The emergence of fiber lasers has made the application of laser devices more diversified, and laser cutting machine has also gained a new "life".
Laser cutting machine in the cutting material burst phenomenon how to do?
2017-11-18
Many customers have come to consult with the laser cutting machine when cutting plates of 3mm or more, there will be blastholes, which will cause the cutting samples to be incomplete or the follower head is unstable. What should I do if blasting occurs? Let's discuss with Qilin Laser: 1. Reduce the oxygen pressure. Oxy……
2017-05-19
Although the development of my country's laser industry is a preliminary development, it has achieved a leap in development under the leadership of international science and technology, and has a higher level of excellence than the same quality. In terms of laser cutting machines, the market demand is as high as tens o……
2017-05-19
熔化切割一般使用惰性气体，如果代之以氧气或其它活性气体，材料在激光束的照射下被点燃，与氧气发生激烈的化学反应而产生另一热源，称为氧化熔化切割。具体描述如下： ⑴材料表面在激光束的照射下很快被加热到燃点温度，随之与氧气发生激烈的燃烧反应，放出大量热量。在此热量作用下，材料内部形成充满蒸汽的小孔，而小孔的周围……
Links:
Learn more
