Used HITACHI / KOKUSAI DJ-1206VN-DM #9400343 for sale

ID: 9400343
Wafer Size: 12"
Vintage: 2005
Vertical LPCVD furnace, 12" Process: Nitride Wafer transfer handling system (2) FOUPs 507 BW Mat scrubber EST300WN Pump 2005 vintage.
HITACHI / KOKUSAI DJ-1206VN-DM is a robust diffusion furnace designed for precise, efficient, and high-volume thermal processing of materials. The unit features a large chamber with a combination of gas distribution and precise temperature control with low degradation, allowing for uniform and repeatable material behavior. The modular design of HITACHI DJ-1206VN-DM allows for flexibility in terms of chamber size and control capabilities. The customized options available for the unit include up to three signal-depth sensors with a maximum measurement of 8μm, a quartz fiber furnace furnace (QFID) for increased temperature control, and an oxygen bleed pump for continuous precise gas flow. The automatic loading and unloading system ensures efficient and timely material handling, resulting in maximum throughput and potentially shorter cycle times. In addition, the diffusion furnace features advanced safety features to ensure the safe operation of materials. These features include an integrated explosion-proof design with a sensor interlock, as well as a slidable upper lid which can be closed and locked for additional protection. With these integrated safety measures, users can ensure a safe production environment and minimize potential hazards. KOKUSAI DJ-1206VN-DM diffusion furnace also offers superior thermal performance for superior uniformity, repeatability, and degradation-free processing of materials. The unit is capable of processing temperatures up to 1,000°C for easy control and repeatability of processing, and the modular design allows for easy customization and improvements as needed. DJ-1206VN-DM diffusion furnace is an ideal choice for high-volume thermal processing of materials. With its combination of specialized features, robust design, and superior thermal performance, it is capable of delivering reliable and repeatable results with minimal degradation of materials.
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