Used ADVANCED SPIN SYSTEM INC / ASSI SV-702 M2 #9122027 for sale

ADVANCED SPIN Equipment INC / ASSI SV-702-M2 is a robust and reliable photoresist system that can be used to apply photoresists to support the fabrication of advanced electronic devices, including but not limited to MEMS/semiconductor components and related prototyping. The unit has many features that make it an ideal choice for customers looking for a high-performance photoresist machine. ASSI SV-702-M2 has a user-friendly control console that allows for simple operation. With both manual and automatic functions available, the machine can be used to efficiently apply photoresists onto components with large and complex geometries. The machine is capable of spinning the photoresist up to 1500 rpm, providing accurate and even coverage. In addition, the integrated dispense arm enables the tool to accurately apply the photoresist in the exact area required. Furthermore, the vacuum assisted substrate chuck allows for higher purity and accurate nucleation and is suitable for medium to high volume production. ADVANCED SPIN Asset INC SV-702-M2 is equipped with a pre-bake model that is designed to eliminate convection currents in high resistivity layers. The pre-bake equipment is necessary for temperature-sensitive photoresists such as PMMA or AZ-4500. This system consists of a bottom quartz infrared lamp, thermocouple probe and a thermocouple controller, enabling user-defined programmable temperature control. SV-702-M2 also features a post-bake unit consisting of a convection chamber with adjustable airspeed, temperature control, humidity control, and a timer that can be used to precisely cure the photoresist layers. The post-bake machine allows the user to adjust the settings for different photoresist types, providing superior results. Finally, ADVANCED SPIN Tool INC / ASSI SV-702-M2 is designed for easy maintenance and servicing, being able to be effectively cleaned between each use. Moreover, it has a built-in self-diagnostic asset that allows users to quickly identify and address potential problems. The model can produce high-quality results with very little downtime, making it a worthwhile investment for any advanced fabrication needs.