Used DISCO DFD 6341 #293775280 for sale

Manufacturer
DISCO
Model
DFD 6341
ID: 293775280
Dicing saw (2) Blades (2) 1200W / 1800 W Synchro spindles for Z1 and Z2 Spindle shaft lock function DTU 162 Chiller Sub chuck table CP Alignment (2) Non Contact set ups (2) Blade breakage detectors for Z1 and Z2 Spinner table (4) Jig carriers (2) Cassettes HS-Spec axis system to increase UPH: X-Axis: 1000 mm/s, (accuracy and velocity) Y-Axis: 400 mm/s, (accuracy and scale resolution) Z-Axis: 80 mm/s Automatic alignment system with macro microscope (7.5x) Micro microscope (0.75x) LCD Monitor, 15" Touch screen Graphical User Interface (GUI) Hub mount blade: 2" Condition monitoring function Automatic wheel cover Cassette station Hard Disk Drive (HDD) USB Port Auto-kerf-check function Wheel coolant flow switch and spindle coolant flow switch Signal tower CE Mark EMC conformity Manual Transformer: 400 V, 3 Phase, 50 Hz 2022-2023 vintage.
DISCO DFD 6341 is an advanced scribing/dicing equipment designed for the semiconductor and electronics industries. This high-precision machine is equipped with cutting-edge technology to enable precise cutting of various materials such as silicon, glass, ceramic, and other substrates used in semiconductor manufacturing processes. The system is used for separating individual die from a wafer or substrate, a critical step in the production of integrated circuits and electronic components. One of the key features of DISCO DFD6341 is its high level of precision and accuracy. The unit utilizes advanced vision systems and robotics to ensure that the cutting process is done with the utmost precision, minimizing the risk of damage to the individual die and optimizing the yield of the manufacturing process. The machine is capable of achieving micron-level accuracy, making it suitable for cutting even the smallest and most intricate structures on a wafer. DFD 6341 is equipped with a variety of cutting technologies, including blade dicing and laser dicing, allowing users to choose the most appropriate cutting method based on their specific requirements. Blade dicing is a mechanical cutting process that uses a diamond blade to slice through the substrate, while laser dicing utilizes a high-energy laser beam to ablate the material. Both methods offer high precision and cleanliness, ensuring that the cut edges are smooth and free of debris. In addition to its cutting capabilities, DFD6341 is also equipped with advanced automation features to streamline the production process. The tool can be integrated into existing manufacturing lines for seamless operation, with robotic handling systems to load and unload wafers, as well as automated alignment and calibration processes to ensure consistent cutting results. This automation not only improves the efficiency of the manufacturing process but also reduces the risk of errors and inconsistencies that can arise from manual operation. Another key feature of DISCO DFD 6341 is its flexibility and scalability. The asset can be easily configured to accommodate a wide range of wafer sizes and materials, making it suitable for a variety of cutting applications in the semiconductor and electronics industries. Whether cutting silicon wafers for microchip production or glass substrates for display panels, DISCO DFD6341 can be tailored to meet the specific needs of the user, with customizable cutting parameters and process recipes. Overall, DFD 6341 is a state-of-the-art scribing/dicing model that offers unparalleled precision, accuracy, and automation for the semiconductor and electronics industries. With its advanced cutting technologies, automation features, and flexibility, the equipment is a valuable tool for manufacturers looking to achieve high-quality results in their production processes.
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