Used AMTECH / TEMPRESS TS61004 #9183464 for sale

AMTECH / TEMPRESS TS61004
ID: 9183464
Vintage: 1996
Deep diffusion furnace Groove diffusion bench U-Al sinter Load & heat module Gas cabinet DDC Module Load bed plates BP Process and maintenance documentation Software backups Power requirements (per furnace tube): Line voltage: 3 Phase, AC 400 V Electrical power: 540 kVA Line frequency: 50 Hz UPS requirements (per furnace tube): Line voltage: 1 Phase, AC 220 V Electrical power: 5,4 kVA (11) Crates / Pallets 1996 vintage.
AMTECH / TEMPRESS TS61004 diffusion furnace is a high-performance machine used to understand, manipulate, and control the diffusion of atoms, ions and molecules within a material. It features a high-power, energy-efficient, solid-state heating equipment and is well suited for process optimization. The machine is capable of operating at temperatures up to 1600 °C with an optional tip maximum 1200°C and has accurate temperature control (±1 - 5°C) for reliable process control and results. The core of the furnace is its ceramic insulation of single-phase or multi-phase spray painting , which ensures excellent insulation performance. Additionally, it is equipped with a high-efficiency cooling system and an automatic safety unit. The highly durable sidewalls and doors are constructed from robust stainless steel to provide strength and durability. AMTECH TS61004 diffusion furnace is also equipped with an advanced electrical control machine, with a touch-screen interface for intuitive and easy-to-use operation. The furnace provides the options of high kinetic energy (HKE) and low kinetic energy (LKE) sources, a graphite susceptor, and gas flow control to ensure optimal conditions are maintained. Finally, it is also equipped with a number of accessories for use in experiment set-ups, such as sputtering targets, ceramic pyro-boats, platinum, tantalum, and tungsten holders to further customize the process. Overall, TEMPRESS TS61004 diffusion furnace is a dependable and powerful machine that is suitable for a range of research and development studies. Its robust construction, efficient power supply, and accurate temperature control make it a valuable tool for accurate and reliable diffusion and manipulation of atoms, ions, and molecules within a material.
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