Used DISCO DAD 3350 #9383780 for sale

DISCO DAD 3350 is a scribing/dicing equipment manufactured by DISCO Corporation. It is a dual-head system that includes an electronic servo-controlled scriber and a two-axis high-speed chopper/dicer. It is designed to quickly and accurately produce scribing or dicing patterns on a wide range of substrates including metals, plastics, ceramics, organics and even paper. The unit features an adjustable scribe speed up to 200 millimeters per second, a pitch accuracy of +/- 0.005 millimeters on curved patterns and both manual and automated feed systems. It is designed for easy operation and setup, with a Graphical User Interface (GUI) for quickly programming and running jobs. The scriber head uses a piezoelectric scribing mechanism which is capable of producing high-precision linear and curved patterns in a range of substrates including metals, plastics, ceramics and organics. It is equipped with high-frequency vibration suppression to minimize scribing noise and improve surface finish. The chopper/dicer head is a two-axis machine which enables them to quickly and accurately produce regular or irregular dicing or scribing patterns. It is capable of performing high-speed cutting on a variety of substrates including metals, plastics, ceramics and organics. It is equipped with minimal vibration and noise suppression to reduce cutting noise. The tool is ideal for high-precision applications such as marking and cutting sensitive components and materials. It is suitable for automation and features a small footprint, minimized sample preparation, quick job programming and safe operation when used in conjunction with the asset's safety guard and sensors. It also offers minimal noise and vibration for improved surface finish and low thermal load for heat sensitive materials. Overall, DISCO DAD3350 is an excellent scribing/dicing model, offering reliable and precise production of irregular scribing or dicing patterns. It is a perfect choice for applications requiring high-precision cutting and marking of sensitive components and materials.