Used ACCRETECH / TSK 5000A #9217370 for sale

ACCRETECH / TSK 5000A is a scribing and dicing equipment that combines laser scribing and electrochemical dicing capabilities in one machine. It is developed and produced by TSK Corporation, a precision optics and laser systems developer. The system enables high-speed, accurate scribing of samples for dicing followed by electrochemical dicing for post-processing. The unit has a high power and low noise pulsed laser, which enables uniform and exacting scribing of a wide range of materials. The scribing speed is very fast, due to an innovative 3-axis optical scanning head that eliminates the need for a follow-up scan after each movement, and a highly efficient spot size optimization module. It is equipped with a highly efficient electrochemical dicing module that allows for precise cutting of dicing grooves along the scribed lines. The unique feature of this machine is its advanced algorithms, which allow it to accurately align the dicing grooves with the scribed lines, maximize the throughput, and optimize the groove size and position. This ensures that the dicing process is not only efficiently carried out, but also produces cleanly cut samples with minimal post-processing. What makes the tool stand out even more is its self-diagnosis capability. This feature allows the machine to detect any errors or wrong settings and display fault information on its LCD panel. The asset also comes with a built-in safety device that automatically detects and displays any unauthorized access to the model. The equipment is easy to install and set-up due to its high-precision optical components and design. It is also highly reliable and energy efficient, and requires minimal maintenance. The components of the system are made from high-grade materials and are designed to generally last for a long time. In conclusion, TSK 5000A is a highly advanced scribing and dicing unit that provides fast, accurate scribing and electrochemical dicing capabilities. It is designed to be easy to use and maintain with advanced algorithms and self-diagnosis feature. With its precision optical components and design, it is capable of delivering superior results with minimal post-processing.