Used ACCRETECH / TSK AWD-300TX #9358599 for sale

ACCRETECH / TSK AWD-300TX is a scribing and dicing equipment designed for the production of micro-components. It is a fully automated system that allows efficient, controlled and repeatable cutting of these components in a wide range of sizes and materials. The unit offers multiple features and options to customize it to the user's needs. The machine was designed to be compact, easy to setup, and reliable. It has a two-axis tool, with a stepper motor and a laser diode that is operated by a motorized lens. The stepper motor controls the speed, direction and accuracy of the axis, and the laser diode provides a high-contrast, high-speed cutting of the material. It comes with an adjustable, automated height control asset, allowing for the adjustment of the laser power and the cutting depth. There is also a built-in job recording/archiving model for maintaining records on job details and accuracy. The equipment also includes several safety features. It has a safety interlock, ensuring that the machine will not cut material, if the door is opened. It also has an emergency stop, to quickly shut off any equipment operation in the event of an emergency. Additionally, it has a dust-control system, to minimize air-born contaminants. The unit can be operated in a variety of ways, depending on the application. It can be used manually, or can be operated via a PC. With the PC, the user can write scripts, monitor machine operation, saving data directly on the computer, and easily transfer data to another machine if needed. TSK AWD-300TX machine has a wide range of cutting materials, including: steels and nonferrous metal alloys, ceramics, and plastics. It is fast and efficient, with a minimum of chips and vibration. It is also easily programmable and can be customized to the user's needs. The tool's capabilities allow for the cutting of clean and accurate parts, with tight tolerances, and low thermal deformation. The device is ideal for prototyping, and for making small production runs of a variety of micro-components. It is a reliable and efficient way to create components of small sizes and complicated geometries.