Used AMAT / APPLIED MATERIALS 0010-12090 #9112152 for sale

AMAT / APPLIED MATERIALS 0010-12090 is a reactor equipment designed for the deposition, etching, fabrication, and packaging of semiconductor materials. The system is composed of a vacuum chamber, multiple gas and heat sources, a pump, and an etched substrate. The primary purpose of this device is to provide rapid, efficient synthesis of novel materials that are more efficient than their traditional counterparts. The vacuum chamber is the core part of the reactor. It consists of a base plate, two vertical walls, and two top plates. The walls have a controllable temperature between 0 and 180 degrees Celsius, depending on the materials that require processing. Inside the chamber, gases such as oxygen, nitrogen, argon, and ammonia can be injected to serve a variety of purposes. The top plates then provide a means of adding additional material sources in the form of darts, particles, or powders. The gas and heat sources are used in a variety of ways, including aiding in the delivery of chemical agents to targeted areas or providing a rapid temperature increase for the synthesis of materials. The pump is responsible for maintaining the vacuum in the chamber, while the substrate is responsible for patterning the device created in the reactor. AMAT 0010-12090 reactor is designed to produce high-performance nanomaterials, semiconductor crystals, and electronic components with high quality and accuracy. It is capable of manipulating a wide range of materials, enabling it to produce composite and monolithic materials with greater precision and efficiency than traditional fabrication processes. Through the incorporation of advanced vacuum technology and state-of-the-art control systems, this unit allows for fast and highly accurate synthesis of novel nanomaterials and devices. APPLIED MATERIALS 0010-12090 reactor provides a powerful and versatile processing platform suitable for a variety of research, prototyping, and production needs. From the synthesis of nanomaterials to the fabrication of electronic parts, this machine offers a cost-effective and efficient means for researchers and engineers to explore the potential of materials and to develop innovative applications.