Used TEL / TOKYO ELECTRON Alpha 8SE-Z #293792367 for sale

TEL / TOKYO ELECTRON Alpha 8SE-Z Diffusion Furnace is a highly sophisticated piece of equipment designed for the production of advanced materials. It is a single chamber furnace equipped with a robust power and control system for reliable and efficient operation. TEL ALPHA 8SEZ provides a high level of uniform heating and rapid temperature cycling and uniform thermal gradients, making it ideal for advanced dielectrics and integrated circuits. TOKYO ELECTRON ALPHA-8SE-Z offers a unique modular construction including a molybdenum alloy frame fitted with four converters and two feedback loops. This allows for simultaneous control of the temperature, mass flow, and thermal gradients within the furnace. For additional operational efficiency, ALPHA-8SE-Z is fitted with a graphite block chamber and an IRB source. The furnace chamber is made of high alumina ceramic with a temperature range of up to 1400°C, while the block chamber and IRB source can reach 2200°C. TEL / TOKYO ELECTRON ALPHA 8 SE Z includes a comprehensive range of accessories to facilitate operation and maintenance. A variety of microphones and sensors are included to provide accurate feedback on the state of the furnace. There is also an automated cleaning system, allowing for efficient and fully automated operation. Crucially, TOKYO ELECTRON Alpha 8SE-Z is equipped for computer control and communication, allowing for complex control and monitoring. Alpha 8SE-Z features a compact design and easy installation, with components weighing in at just 5.6 kg. Made from corrosion-resistant metal, it is designed for longevity and high performance in hostile operating environments. This makes ALPHA 8 SE Z an ideal choice for the production of advanced materials and the extreme temperatures required for this application. In summary, TEL / TOKYO ELECTRON ALPHA 8SEZ is a robust, versatile, and technologically advanced diffusion furnace that provides exacting control over temperature, mass flow, and thermal gradients. Its modular design, high temperature range, and advanced sensors and feedback make it a powerful and reliable tool for the production of advanced materials.