Used TEL / TOKYO ELECTRON Alpha 303i-K #293821540 for sale

TEL / TOKYO ELECTRON Alpha 303i-K is a high-performance diffusion furnace and accessory equipment designed for use in device fabrication and thin film deposition. This system is designed to ensure uniform flow of the gas supply and uniform distribution of generated heat. By controlling the distribution of heat and controlling its flow, the unit can achieve both high rates of thermal diffusion and deposition processes. TEL ALPHA 303IK consists of two main parts; the diffusion furnace and an accessory machine. The diffusion furnace is a high temperature chamber with a quartz quartz lining and a temperature range of up to 1300 degrees Celsius. It also includes a quartz bell jar and a wire cup for sample loading and unloading. The accessorie tool includes a mass flow controller (MFC) to regulate the flow rates of gases and a vacuum asset to control the deposition parameters. The diffusion furnace is equipped with a high-precision gas flow control model, which can be programmed with various deposition parameters such as time, temperature and pressure. The MFC is designed to modulate the gas flow and optimize thermal diffusion process and uniformity. The vacuum equipment ensures uniformity of the electron movement during the deposition process. Additionally, TOKYO ELECTRON ALPHA 303 I K is outfitted with a high temperature-range quartz heater to facilitate the high temperatures necessary for diffusion and deposition. TOKYO ELECTRON ALPHA 303IK also includes an array of safety features, such as temperature and gas leakage monitors, a safety system to prevent electrical debris, and an automatic power-off feature in case of accidents. Additionally, a user-friendly LCD display gives users easy access to the unit's settings and parameters. Alpha 303i-K is used in device fabrication and thin film deposition applications and is suitable for semiconductor, LED, and other precision processes. It is reliable, efficient, and energy saving, resulting in high yields and quality results. The machine is designed around a modular architecture and is easily integrated into existing systems.