Femtosecond laser with its unique and super-short duration peak power to create a super-fine materials, low damage and spatial three-dimensional processing of new areas, and more widely. Metal materials processing applications. General metals, due to its high thermal conductivity and high melting temperature, its surface to achieve high precision and high quality drilling and cutting have great difficulties. Conventional infrared wavelength laser cut stainless steel sheet, jagged edges, slag surface, because the material removal is obtained by melting and evaporation. Since the recoil pressure of the vaporization process, resulting in the outward expansion of the liquid material, resulting in the presence of an edge surround processing position "crown", thereby greatly reducing the processing quality and cleanliness. The femtosecond laser cutting, neat edge slit, the metal surface is not molten material traces. Femtosecond laser precision forming technology has been applied in automobile engine nozzle forming production, using femtosecond laser precision forming technology has replaced the original micro EDM, cleanliness hole has been greatly improved. Non-metallic materials processing applications. When using nanosecond pulses of non-metallic materials processing, due to the thermal diffusion outside the irradiated area will form a molten phase, so use it to process a big problem quartz and glass and other optical material is due to thermal stress caused by the melt phase It will crack around the working aperture. Traditional infrared wavelength laser for most of transparent glass or even impossible process, there femtosecond laser, so that this problem has been solved. Transparent materials processing applications. Application of transparent material mainly refers to the manufacture of optical fiber communication devices. With a femtosecond laser can be processed within the workpiece, and does not damage the material surface, it is possible by changing the refractive index of the crystal, the crystal formed transparent waveguide or refractive realized within the fiber, and can achieve three-dimensional laser storage. It also can be a photonic crystal, sapphire, diamond, crystal, etc. manufacture. Semiconductor materials processing applications. Conventional semiconductor laser material processing is irradiated, the use of strained material, and heat-deteriorative way to practical use. The use of femtosecond laser processing of materials not only the material surface is almost no heat affected layer, but also to avoid the material damage caused by the thermal metamorphism, can achieve micron processing. QQ: 447380394 Tel: 027-85717787 Tamrac Tamrac laser laser www.whhxty.com Alibaba station whtyjg.1688.com Jupiter photoelectric www.muxing360.com