Used MRL BLACK MAX #108409 for sale

MRL BLACK MAX
ID: 108409
AZTEC horizontal furnace elements, 77.5" L, 16.25" OD.
MRL BLACK MAX is a high-performance diffusion furnace and accessory. It is ideal for achieving superior thermal processing of wafers, substrates and integrated circuits. This diffusion furnace utilizes a quartz tube heating equipment to achieve even, uniform temperatures and uniform cooling. BLACK MAX's high temperature capability allows for accurate, repeatable, and reliable diffusion processes. Additionally, it is equipped with a high-precision temperature controller for superior process control and repeatability. MRL BLACK MAX includes a quartz tube heating system, a heater-radiation thermal port, and a rigid insulated quartz tube with oxygen-filled insulation between layers. This diffusion furnace can operate at temperatures up to 1400°C and provides superior homogeneity, uniform temperature uniformity, and excellent process control. The quartz tube heating unit utilizes three heating zones with individual temperature control and displays in order to ensure that the substrate being processed is exposed to the same temperature in each zone. This enables spikes or drops in temperature to be averted in order to ensure uniform diffusion of high-performance wafers and substrates. BLACK MAX also comes with a powerful industrial fan that is designed to ensure proper cooling of the substrate during the diffusion process. This industrial fan circulates nitrogen or oxygen over the wafers in order to provide superior cooling at all times. Additionally, the fan is situated outside of the oven, thereby preventing any air from entering the furnace and causing contamination. MRL BLACK MAX is perfect for those who are looking for superior process control and reliability. Its quartz tube heating machine ensures that the substrates being processed are exposed to the same temperatures in each zone and the powerful industrial fan ensures proper cooling. Additionally, the high-precision temperature controller enables accurate and repeatable diffusion processes.
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