Used AMAT / APPLIED MATERIALS P5000 #9171283 for sale

AMAT / APPLIED MATERIALS P5000 is a high-grade reactor used in semiconductor fabrication and research applications. It is engineered to process wafers with dimensions up to 12 inches (305 mm) in diameter and provide excellent temperature homogeneity on all wafer surfaces. This makes AMAT P-5000 reactor ideal for annealing and diffusion operations, metal and oxide deposition, ashing, etch processes and for use in plasma deposition systems. APPLIED MATERIALS P 5000 is constructed from solid stainless steel, which provides strength and robustness along with excellent corrosion resistance and process chamber durability. This ensures longevity and precision over many years of operation. It is built to perform clean operations, with mesh filters that allow for the removal of particulates and foreign matter from the gases used. The temperature homogeneity achieved by P-5000 is enabled by its uniform reactor construction and four-zone heating system. This works by directing heating elements around the circumference of the reactor, creating a larger surface area and spreading the heat over a greater area. This also allows for accurate temperatures to be maintained. The unique design of AMAT P 5000 provides superior temperature control and uniform distribution of heat on the entire wafer surface. This eliminates any hot or cold spots, ensuring that the wafers are processed to exacting standards throughout. Additionally, P 5000 is able to resist thermal fatigue phenomena during the long annealing and deposition runs demanded by semiconductor industry applications. AMAT / APPLIED MATERIALS P 5000's programmable logic controller (PLC) mode provides a user-friendly interface and makes it easy to control and monitor the system's operation. This makes it possible to adjust the temperature, pressure, gas flow and other settings with minimal effort. In addition to its robust design and excellent temperature homogeneity, APPLIED MATERIALS P-5000 reactor is highly cost-effective for laboratories and industrial production environments alike. Its energy-efficient operation means lower energy bills, cutting costs whilst maintaining stringent quality specifications throughout the entire process.