Used LAM RESEARCH TCP 9400 SE #293758945 for sale

LAM TCP 9400 SE is a full-featured etcher/asher equipment designed for a wide range of applications in the low volume, batch processing market. It features an optimized liquid media delivery system, a thermal discharge control unit, an integrated vacuum arm, and a robust control machine. The liquid media delivery tool utilizes an enhanced mist pattern, providing improved product uniformity and significantly reduced consumption of chemical and wafer media. This mist pattern also provides uniform coverage and height control of thin uniform layers during etching. The mist pattern and height control asset work together to provide an efficient and cost effective ashing process. The thermal discharge control model works to ensure consistent and reliable results over a range of temperatures and process cycles. This control equipment works in synchronization with the liquid media delivery system, allowing for rapid process cycles and efficient throughput. The integrated vacuum arm improves product safety by providing a secure environment in which to perform the etching or ashing process. The arm is designed to provide an optimally controlled environment, ensuring that no hazardous particles or substances escape into the work area. This is done by utilizing a dynamic seal, designed specifically to ensure a leak-proof environment. The robust control unit provides a high level of automation and control. This machine automates position and process control, as well as providing real-time process diagnostics and monitoring. The automation and control tool make the production environment more efficient and cost effective, as well as reducing operator intervention. Overall, LAM TCP 9400SE is a powerful and efficient etcher/asher asset, designed to meet the needs of a wide range of applications in the low volume, batch processing market. Its optimized liquid media delivery model, thermal discharge control equipment, integrated vacuum arm, and robust control system provide an optimized solution for maximum output and productivity.