Used MRC 902 #9388781 for sale

MRC 902 is an industrial-grade sputtering equipment designed to handle a wide variety of materials. The system is capable of producing thin layers of material on substrate surfaces via physical vapor deposition, a technique known as sputtering. The design of 902 makes it suitable for use in industrial and scientific applications and can be configured to suit most sputtering needs. MRC 902 is constructed of a chassis with various separate enclosures. The chassis provides thermal insulation as well as containing active components such as vacuum pumps and the unit's main controller. 902 has two independent working chambers that are designed to handle different processes. Inside the chambers are the sputtering sources, which provide the material to be deposited. These sources can be freely positioned and the angle adjusted to best fit the application. Each source is connected to a universal power supply controller that can be agnostically programmed to provide the correct material deposition rate. MRC 902 is fitted with a RF generator to ionize the source materials and initiate sputtering. 902 is designed to handle various substrate sizes and shapes. This is made possible through the use of a target chamber with a drive belt. This allows different target geometries to be fed into the machine. The belt also helps to minimize the risk of contamination from airborne particles due to its design. MRC 902 is fitted with an integrated vacuum tool that can achieve and maintain the required level of vacuum inside the chambers. The asset utilizes two roughing stages as well as a high vacuum sub-model. 902 also benefits from in-situ cleaning and analysis of the sputtering process, this is achieved through a mass spectrometer, X-ray photoelectron spectrometer and other analytical tools. All these components are mounted inside the chamber to promote a clean working environment and minimize contamination. MRC 902 sputtering equipment is a reliable and efficient solution for large and small scale sputtering applications. Its use of advanced materials and components, combined with its expandable design allows it to be tailored to the requirements of a specific application, making it a versatile and capable tool.