Used DISCO DFD 641 #9246574 for sale

DISCO DFD 641 is a scribing and dicing machine used for cutting large electronic components into smaller pieces for production and manufacturing. This state-of-the-art equipment features a high-speed spindle motor which is used for swift and precise cutting of the material. The spindle motor is servo-assisted, providing accurate cutting and scribing. The high-speed motor is capable of producing uniform cuts and providing smooth scribing. The machine is equipped with a motion control system which allows for the precise control of the scribing and dicing operations. The motion control unit provides flexibility to accommodate various cutting requirements. The machine is provided with a programmable controller as well as a user-friendly control panel which helps the operator easily adjust and control the machine. DISCO DFD641 can accommodate a wide range of material types. This tool is capable of handling metals, alloys, plastics, ceramics, and other composite materials with ease. In addition, it can handle the cutting of complex shapes with its integrated cutting tools. The machine is equipped with a dust collection asset to ensure a clean working environment and reduce the spread of airborne pollutants. DFD 641 is also equipped with a conveyor model which allows for the handling of large components. This equipment includes an automated hoist system to move components from the hopper to the machine and vice-versa. Furthermore, the unit includes a safety guard which helps protect workers from unexpected machine components. Finally, DFD641 is equipped with an uninterruptible power supply (UPS) which helps ensure continued operations in the event of a power outage. This advanced machine also has data logging and reporting capabilities to keep track of productivity and time management. DISCO DFD 641 is a reliable and efficient scribing and dicing machine that is suitable for industrial production and manufacturing operations. It is capable of handling a wide array of materials with productivity and accuracy, allowing users to consistently produce complex components with uniformity and precision.