Used DENTON VACUUM Desktop II #9249737 for sale

DENTON VACUUM Desktop II is an advanced sputtering equipment designed for precision thin film deposition. Ideal for research and development, this system features a compact design and maximizes throughput via dual substrate holders that enable concurrent substrate processing. Boasting an impressive array of features, this unit includes high vacuum pumping capability, ultra-wide throttle valve machine, a variable frequency power supply, and integrated mass flow controllers. Desktop II is designed to deliver high performance sputtering solutions necessary for complex thin film deposition applications. The tool is able to reach ultimate pressure levels of <1x10-4 Pa, thanks to the inclusion of a 400-liter/min turbomolecular pump and large water-cooled foreline trap. The ultra-wide throttle valve asset further assists in creating a highly controlled sputtering chamber and enables users to achieve precise sputter deposition rates. The model also includes a high-powered sputter source capable of dual ion bombardment. This provides enhanced film-structure uniformity and improved thin film adhesion. The variable frequency power supply can support both RF and DC sputtering applications, while the integrated mass flow controllers enable users to precisely control the flow of the reactive gases used for PVD and ALD processes. The equipment also features an advanced digital control system that is connected to the supplied PC for data monitoring and control. This unit also allows users to create and store recipes for repeatability and improved machine performance. The tool is compliant with the industry's most stringent safety standards, and is designed to operate with minimal maintenance requirements for optimized uptime. In conclusion, DENTON VACUUM Desktop II is the ultimate solution for thin film deposition applications where precision and throughput are paramount. Its powerful sputtering source and feature-rich design make it an ideal choice for research and development applications in the microelectronics and optoelectronic industries.