Used DISCO DFD 6361 #9248277 for sale

DISCO DFD 6361 is a high-precision scribing/dicing equipment designed specifically for semiconductor wafer processing. This system utilizes closed loop motion control and is capable of producing micro-level features with very high accuracy. The unit includes a five-axis motion platform with a scribing head, focusing optics, and vision and image processing systems. The high-resolution focusing optics and vision machine are used to observe and detect minute features of the wafers during the scribing process. The motion platform and scribing head feature precision incremental positioning for both linear and angular motion, providing accurate and repeatable results. The scribing head is designed to scribe with near-machine speed, maximum efficiency, and minimum vibration. The scribing mechanism collects the desired material away from the surface using a mechanical tumbling action. The tool's vacuum chucking asset holds the wafer securely during scribing, preventing it from becoming damaged. The model is also equipped with a vision and image processing equipment that can detect the location and size of individual features on the wafer. This system can be used to capture both the surface details and die-to-die spacing of the wafer. The automatic feature detection and positioning systems eliminates the need for manual alignment, reducing setup time and increasing productivity. DISCO DFD6361 offers very high precision accuracy over a wide range of materials. With its multi-axis motion platform and image processing capabilities, this unit is capable of producing clean and accurate results in a fraction of the time. The machine is also highly configurable, allowing users to fine tune multiple settings to match the properties of the target material. This allows the user to fine tune the tool to the specific needs of a given application. Overall, DFD 6361 is a powerful scribing/dicing asset for wafer processing that is designed to deliver fast and accurate results. With its flexible and highly configurable hardware and software, this model provides the user the ability to produce precise and intricate features with the highest level of accuracy available.