Used DYNATECH DT-10232 #9208116 for sale

DYNATECH DT-10232
Manufacturer
DYNATECH
Model
DT-10232
ID: 9208116
Wafer mounter.
DYNATECH DT-10232 is an innovative scribing/dicing system that provides versatile and accurate precision scribing in a wide variety of applications in the electronics and semiconductor industries. DT-10232 features a highly accurate auto-focus optics system, on-axis adjustment of illumination and an integrated vision catcher. The advanced auto-focus optics system of DYNATECH DT-10232 allows for an optimized viewing distance and depth-of-field for viewing the specimen being scribed. The unit also features a range of adjustable illumination settings to accommodate different materials and viewing conditions. The on-axis adjustment of illumination and the integrated vision catcher ensure a uniform and controllable visual environment to facilitate the scribing process. DT-10232 allows for a precise scribing operations that results in a uniform cutting edge at a depth down to 0.003mm. The precision is enhanced by the highly controllable properties of its optical and mechanical components. This ensures that lines are scribed accurately and repeatably. Furthermore, DYNATECH DT-10232 has a highly ergonomic design to facilitate comfortable and accurate scribing operations in the most challenging environments. In addition to the variety of precision scribing operations, DT-10232 also allows for high-performance dicing operations. The high-powered laser ensures a clean, repeatable and accurate slicing of the desired material. This makes it an ideal tool for cutting intricate patterns with the highest degrees of accuracy. Overall, DYNATECH DT-10232 is an excellent choice for precision scribing and dicing operations. The advanced optics and adjustable illumination settings ensure the highest degree of accuracy in a wide variety of materials. The ergonomic design improves user experience for extended periods of scribing/dicing operations, and the integrated vision catcher and laser ensures precision slicing of materials with a high degree of accuracy.
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