Used AMAT / APPLIED MATERIALS 0010-30318 #293661402 for sale

AMAT / APPLIED MATERIALS 0010-30318 reactor is a state of the art plasma enhanced chemical vapor deposition (PECVD) equipment. This versatile device provides high quality, in-situ film deposition on a variety of substrates and features a single pocket, cold-wall system. With flexibility demands of leading-edge fabrication processes in mind, this PECVD reactor can process a variety of materials, such as silicon oxide, nitride, silicon nitride, polysilicon, chemical vapor deposition diamond, and many others. One of the most prized features of AMAT 0010-30318 reactor is its the MicroCap Unit which ensures accuracy and safety during film deposition. This machine is comprised of an automatic endpointing tool that provides greater accuracy and consistency for repeatable results, resulting in a greater degree of process control. Additional features of APPLIED MATERIALS 0010-30318 reactor include an intuitive user control interface, an excellent deposition uniformity of 99.5%, smaller off-center tilt conditions, and superior process throughput when compared to other systems. This reactor also employs a custom designed showerhead for uniform, homogeneous deposition with precise control over coating thickness, uniformity, and conformality. 0010-30318 reactor has applications in the production of flat panel displays, laser diode arrays, thermoelectric devices, LED chip bonding, and MEMS packaging. Furthermore, its versatility and uniformity is also ideal for advanced packaging substrates, such as laser enhanced etched and textured substrates. In conclusion, AMAT / APPLIED MATERIALS 0010-30318 is a state of the art PECVD reactor, offering advanced users a reliable and versatile platform to deliver precise, consistent results. Its MicroCap Asset provides superior process control, allowing for higher throughputs and greater yields. Highly reliable deposition uniformity of 99.5% over a variety of substrates is one of the major advantages of this reactor. Lastly, its versatility and accuracy makes it a great solution for a wide range of applications, from flat panel displays to MEMS packaging.