The hottest rofin smartcleavef1 laser glass cuttin

Rofin smartcleave F1 laser glass cutting machine was born

according to analysts, the global smart and tablet computer market trading volume is expected to exceed NCA's main patents in the hands of Panasonic and Sumitomo in Japan by more than 2billion this year, and the cutting and processing of glass and related metals will be slightly tight

in addition, TV screens, computer screens and smart watch screens also put forward high requirements for the recycling and reuse of high-quality plastic for screen glass processing, which is the advantages, characteristics and efficiency of plastic

rofin laser has launched a smartcleave F1 laser cutting machine. The company claims that it is the most advanced in the field of laser cutting and processing of transparent and fragile materials such as glass, sapphire and ceramic chips

the traditional glass machine cutting method has low cost in gem carving and cutting, but it also has many disadvantages, such as low carving quality (micro cracks, debris) and low precision. In the time-consuming grinding, masking and etching processes, the processing equipment should reduce the loss caused by low quality and low precision. The processed finished products need to meet the tolerance value of process error in the product shape. In addition, when encountering the retest geometric structure, such as internal radius cutting, the cutting and processing of instruments becomes more difficult. On the other hand, the equipment processing method will also bring high equipment wear, and such equipment will continue to be put into use in the process, which will lead to a higher product failure rate. In a word, glass processing and manufacturing enterprises have been looking for better technology to complete glass and related transparent and fragile materials with low damage and high efficiency

at present, laser processing has appeared in glass processing, but so far, single beam laser technology can not provide a comprehensive solution. Recently, laser has performed well in drilling and complex pattern cutting, but these processes are not enough to be spliced into a full laser processing system. In terms of efficient laser processing, such as CO2 laser cutting, there are still limitations, especially in shape cutting. Rofin's smartcleave F1 claims to be at 100 μ M to 10 mm thick tempered, non tempered glass or other fragile materials will reach a crack free level during cutting and separation. The cutting speed will exceed 300mm/s. Including straight lines, arcs, angles, chamfered shapes, tubes, bends, and even stack contours can be cut

rofin laser said that smartcleave F1 can achieve low cracks and debris in cutting quality, and its surface finish can reach RA 1 μ m。

different from large-scale fixed operation, this product can carry out self-adaptive cutting or low deformation measurement according to the characteristics and thickness of the material. Overview: pressure cutting. In this way, the processing process is reduced and the processing efficiency is improved. Finally, it mentioned that this new product is also a green and low-carbon product, because it does not need water in the processing process, and can achieve energy conservation and environmental protection

in terms of intellectual property acquisition, rofin recently obtained all the copyrights of the product technology and trademark through intellectual property trading. Previously, the copyright and patent of smartcleave F1 products were owned by its developer, filaser USA LLC. This technology will be popularized in large-scale industrial applications, and of course, it does not rule out its application in the consumer market

China glass () Department