Used DISCO DFD 641 #293671865 for sale

DISCO DFD 641 is a scribing and dicing equipment by DISCO Corp. It offers high precision machining of a variety of materials, including glass, ceramics, and silicon wafers, with a minimal amount of breakage. This precision and low breakage rate makes the machine particularly suitable for applications requiring small-scale production runs with high accuracy. The system comprises of two main components. First is the spindle, which, when actuated, spins a scribing wheel that is chosen to suit the material being processed. The speed of the spindle's rotation is precisely adjusted, allowing for a range of different machining speeds. The second component is the Dicing Unit. This Dicing Unit is a diamond saw which processes the material into the desired size and shape. It is equipped with a high grade diamond blade that can be honed to a greater sharpness than conventional blades and is designed to resist chipping and abrasive wear. DISCO DFD641 can be adapted to a variety of materials and can be used to cut or shape products including ceramic tiles, quartz substrates, sapphire window lenses, and thin wafers. It is also suitable for processing materials including aluminum, copper, and stainless steel. Through a combination of spindle speed and cutting blade quality, it is possible to maximize accuracy and minimize breakage. The unit is also capable of automating multiple machining operations and can be configured to run different tools and processes for different material types. Sensitivity controls on DFD 641 allow a wide range of speeds and feed rates to be set for various combinations of material types, kerf widths and feed rates. Additionally, the loading and unloading systems are designed for automated use, saving time and reducing waste. Overall, DFD641 is a powerful and precise scribing and dicing machine with a range of capabilities and quality control settings to meet the requirements of a varied range of materials. Its automated processes make it a suitable choice for applications requiring efficient volume production, while its precision and low breakage rate make it especially suitable for applications with stringent accuracy requirements.