Used TEL / TOKYO ELECTRON Alpha 808SC #9033497 for sale

TEL / TOKYO ELECTRON Alpha 808SC is an advanced diffusion furnace and accessories package used for many thermally based processes in the electronics manufacturing industry. This equipment is made up of a diffusion furnace chamber, an integrated and fully automated robotic handler for loading parts into and taking them out of the furnace, as well as an array of process inputs and support systems. The diffuser furnace is designed for thermal processing of the most delicate materials and substrates. It is equipped with a 3-zone profile quartz tube, high-performance insulation, and a reliable pull-out furnace top, all enclosed in a stainless steel frame. It can heat up to 1000°C, with furnace temperature uniformity of ±5°C. The system also includes a temperature and atmosphere control unit as well as an independent process control. The atmosphere control provided by TEL Alpha 808SC is able to process a variety of gases, including nitrogen, pure oxygen, and hydrogen, to create the optimal processing environment. TOKYO ELECTRON ALPHA 808 SC's automated robot handler improves the efficiency of the process by ensuring uniformity and accuracy of placement, as well as holding, positioning, and removing parts. Its unique design cuts down on potential damage to parts due to operator and/or environmental factors. The robot handler is designed with built-in camera capabilities that allow operators to monitor the robot's actions. In addition, TOKYO ELECTRON Alpha 808SC also includes an advanced Software Control Machine that allows for real-time monitoring and control of the production process. Overall, TEL / TOKYO ELECTRON ALPHA 808 SC is an efficient and safe tool for thermal processing of a wide variety of electronics. It includes a robust diffusion furnace, an intuitive and automated robot handler, as well as several process input and support systems. This asset is capable of quickly and accurately producing high-quality parts and products without any potential for human error.