Used CANON MAS 8000 #9200291 for sale

CANON MAS 8000 is a state-of-the-art etcher/asher designed for advanced etching/ashing of electronic components. It features a high speed laser with a pulse repetition frequency of up to 10 KHz, making it ideal for processing a wide range of materials, such as integrated circuit (IC) substrates, and other advanced microelectronic components. The machine also has the capability of fine line etching/ashing process with precision accuracy, enabling high quality results in the production of sophisticated ICs. MAS 8000 is able to perform abrasion, etching, and ashing of a variety of materials quickly, using optical image processing to accurately determine the shape and size of the objects to be processed, ensuring accuracy and quality. The laser beam is adjustable in power, pulse repetition frequency and pulse width to suit the needs of the material being processed. The system also includes advanced anti-etching protection, allowing users to get the most out of their machine without fear of damage. The large working area provided by CANON MAS 8000, up to 600 mm by 450 mm, enables high throughput fabrication, with a large number of components being processed quickly and with precision accuracy. MAS 8000 has been designed with multiple safety features such as a safety shutter, improved access for maintenance personnel, interlocks, and intrusion prevention features. The integrated controllers and user interfaces of CANON MAS 8000 allow users to accurately control and monitor the machine operations, with user-friendly functions such as a setting wizard, automatic focus detection, and fine control over material parameters. This system also provides for precision control over etch patterns and thick/thin material deposits, allowing manufacturers to precisely control their process parameters and achieve their desired results. In conclusion, MAS 8000 is an advanced laser etcher/asher that provides manufacturers with a high level of accuracy and reliability, capable of processing a variety of materials quickly and precisely. It is user-friendly and provides an easy to use interface to customize the process parameters, and its protective features ensure safe and reliable operation.