Used DISCO DFL 7340 #9412173 for sale

DISCO DFL 7340 is a high-precision "scribing / dicing" equipment for slicing through high-value materials. This model utilizes a combination of diamond-tipped scribing blades and a series of dicing blades to slice through exceedingly thin materials repeatedly, without any risk to loss in quality or accuracy. It is designed for medical, automotive and electronics industries, among other precision-oriented segments. DISCO DFL7340 has an advanced path control system that utilizes integrated sensors to ensure ultra-precise scribing/dicing results. This path control unit is capable of automatically maintaining an incredibly precise cutting speed and also features dynamic adjustments during operation. This architecture has been developed specifically to reduce distortion and maximize accuracy and repeatability. DFL-7340's scribing units are able to control the engagement of the scribing blades with a multi-axis rotary axis and provide the necessary precision to avoid overloading the blades. This helps to maintain the high accuracy and low damage on the edges that is needed for the thin-film scribing operations. Another feature of DFL 7340 is its high-speed blade rotation machine. This helps to prevent distortion and helps to provide the best quality cuts. Additionally, the slitting speed can be adjusted instantly to ensure the best quality during the slicing process. DISCO DFL-7340 also features a flexible feeder tool that is capable of supplying materials in stacks, rolls, or wafers. Furthermore, a highly advanced temperature control asset helps to maintain consistency of the material when it is exposed to the slicing operation. This model also helps to prevent warpage and helps to avoid damaging the material. DFL7340 is a powerful machine for precise scribing and dicing operations. Its advanced path control equipment, high-speed blade rotation system, and highly advanced temperature control unit make it suitable for precision slicing of a wide range of materials for medical, automotive, and electronics applications. In addition, it is low-maintenance, with blades that do not typically require frequent replacement. It is also highly reliable and yields remarkable surface finishing.