Product Description:
The DNS/DAINIPPON SU-3200 Wet station is a highly advanced wet processing device developed by DNS to provide higher precision processing performance. It is a wet station for various wet processing operations such as etching, cleaning, coating and drying. The DNS SU-3200 features a wide range of highly advanced wet processing modules that provide advanced processing capabilities, including semiconductor-grade etching tanks, two-chamber CPT coating equipment, advanced cleaning and drying components, and photoresist development/banding systems. It meets the requirements of the International Electrotechnical Commission (IEC) and achieves better accuracy and repeatability in terms of production output. The DAINIPPON SU 3200 is a highly automated wet station that automatically performs many wet handling conditions to ensure consistent quality. For example, the etching unit includes a variety of intelligent parameters that allow different etching solutions to be set up according to the requirements of each project. In addition, the unit includes a tool monitor that continuously monitors and displays data such as line/load changes and humidity. The DNS SU 3200 is equipped with a water purification recirculation tool to control the etching temperature and ensure a pollution-free solution. It also has a secure design with security interlocks and alarms, providing protection against chemical pores and splatters. Moreover, it allows independent wet processing and dry conditions for more efficient processing. The SU 3200 is small in size, flexible in installation and operation, and has an easy-to-use user interface that enables seamless operation of wet processes. Additional features include traceability assets, customizable output data formats, and remote diagnostics. The SU-3200 wet station is the ideal solution for semiconductor wet processing applications where precision, accuracy, safety and repeatability are essential. It offers a comprehensive set of features and a high level of automation, enabling users to meet their production needs quickly and efficiently with highly reliable and repeatable results.
