Used SEMIX / TOK TSE 360 #9068921 for sale

SEMIX / TOK TSE 360 is an etcher/asherer used for the transfer of microelectronic circuits onto wafers and substrates. It is designed for wafer level packaging applications. It features a specific process, known as a Smart Etch™ technology, which consists of a combination of chemicals, gas fluxing, and an active reaction to provide the best feature resolution. This Smart Etch™ process can be used in conjunction with photoresist or by itself. TOK TSE 360 is able to process a variety of wafers and substrates, from the smallest of pitch "hot spots" to the largest of peripherals. It is designed with multiple etch chambers, allowing it to process both the frontside and backside of a device in the same operation. It is equipped with a sophisticated gas fluxing module that offers precise chemical control for the process. Additionally, it features a high-level user interface that allows users to quickly program and adjust etch recipes as needed. SEMIX TSE 360 is capable of accurate feature resolution. Its high-precision tool architecture ensures most features are reproduced exactly as designed. This is achieved by the combination of small nozzle design and precise gas fluxing chemistry. Additionally, the Smart Etch™ technology consistently reduces depth changes and improves accuracy. TSE 360 is designed for use in high-volume, large-batch production. It allows for simultaneous processing of multiple substrates and can process up to 600 wafers per operation. It's large etching capacity makes it ideal for high-volume production. Additionally, its accuracy and precision make it suitable for high-end device manufacturing. In conclusion, SEMIX / TOK TSE 360 is an etcher/asherer designed for wafer level packaging applications. It features a Smart Etch™ technology and a sophisticated gas fluxing module. It offers precise feature reproduction and is capable of simultaneous processing of multiple substrates. All of these features make TOK TSE 360 an ideal choice for high-volume, large-batch production.