Used SEMITOOL SAT #9300421 for sale

SEMITOOL SAT is a photoresist coating equipment designed for use in the semiconductor industry. The system is composed of two components: SAT Unit and the SMP Unit. SEMITOOL SAT Unit is the main body of the unit and is responsible for the application and removal of photoresist material. This unit is composed of two parts: a main body and a supply arm. The main body houses the components required to apply and remove photoresist, such as a spray gun, temperature and pressure sensors, and an air module. The supply arm contains the photoresist material, which is contained in two main storage tanks. The photoresist material is delivered to the wafer using a spinning nozzle and a thin film head. The second component of the machine is the SMP Unit, which is designed to help manage the photoresist material during coating. This unit is composed of four parts: an 8-level fluid storage tank, a material pre-heater, a suction and pressurization module, and a recirculating pump. The 8-level tank helps manage the photoresist material and can be used to store up to eight different types of photoresist material. The material pre-heater is used to raise the temperature of the photoresist material to ensure proper adhesion and curing of the photoresist material to the wafer during coating. The suction and pressurization module provides suction and pressurization of the photoresist material inside the storage tank, which ensures the correct coating pressure. Finally, the recirculating pump helps keep the photoresist material in the storage tanks at the desired temperature and concentration. Overall, SAT is a powerful and efficient photoresist coating tool designed specifically for use in the semiconductor industry. The combination of SEMITOOL SAT Unit and the SMP Unit enables the asset to accurately and consistently apply photoresist material to the wafer, resulting in higher quality results. In addition, the model is reliable and easy to operate, making it an ideal choice for high-volume semiconductor production environments.