Used ACCRETECH / TSK AWD-208T #9145032 for sale

ACCRETECH / TSK AWD-208T scribing and dicing equipment is a precision machining system specifically designed to provide laser scribing and dicing capabilities. TSK AWD-208T unit is equipped with an automated XYZ 3-axis stage, 10 watt YVO4 laser, and 6-port CCD camera for positioning and edge detection. For scribing, ACCRETECH A-WD-208T is equipped with a laser source optimized for laser micro engraving and marking. It is capable of creating micron-level scribe lines and characters on a variety of material surfaces without destroying the surface integrity. This machine can scribe up to 2mm in a single pass and can support 180° scribing. For dicing, ACCRETECH / TSK A-WD-208T is equipped with an industry standard dicing blade that can easily cut a variety of materials such as silicon wafers, glass, ceramics, and metals up to 0.15mm thick. The dicing blade can be adjusted up to a maximum angle of 15°. This feature allows for more accurate cutting of thin wafers that would normally require multiple passes. A-WD-208T is also designed with a forced-air cooling machine to help maintain the laser diode temperature for extended periods of operation. TSK A-WD-208T is able to operate at low noise levels, making it ideal for use in a wide variety of environments. AWD-208T's control tool allows for easy integration into larger automated systems. It comes with an open-architecture programmable logic controller (PLC) that can be modified with third-party software. In addition, the machine can be equipped with an optional galvanometer camera that can help with precise control over the cutting parameters. ACCRETECH AWD-208T scribing and dicing asset provides users with an efficient, flexible, and precise method of scribing and dicing materials. With its industry standard dicing blade, laser source, and open-architecture PLC, ACCRETECH / TSK AWD-208T is capable of producing micron-level scribes or dices on a wide range of material surfaces. This model also features a forced-air cooling equipment, making it suitable for extended periods of operation, and can be integrated into larger automated systems with minimal effort.