Used KURT J. LESKER Torus 101 #9210524 for sale

KURT J. LESKER Torus 101 sputtering equipment is state-of-the-art technology designed to deposit thin films of metal on a surface. The system is fueled by high voltage, direct current energy to create a highly efficient process of sputtering. The unit features a toroid (torus) sized to fit 10-inch wafers and easily fits into existing glove boxes or processing chambers. Torus 101 sputtering machine is designed to precisely deliver very fine particles of metal onto the surface. The tool is equipped with a self-adjusting, low-voltage, direct current power supply to ensure that the power is applied in an efficient and evenly distributed manner. It also includes an anode plate that reduces potential thermal dissipation from the chamber due to the lack of contact between the sputtering source and substrate. KURT J. LESKER Torus 101 sputtering asset also features an adjustable sputter pressure model to control the thickness and uniformity of deposited material on the substrate surface. The chamber design is such that it will allow for high flux, uniform sputter depositions. Additionally, the equipment is outfitted with various process parameters and monitoring technologies to keep the process under control and ensure repeatable results. Torus 101 sputtering system is designed to operate in small-scale production runs. The unit features easy setup and maintenance, with all components included in the kit. Utilizing advanced inert gas and vacuum technology, the machine can produce ultra-thin coating thicknesses with uniform adherence to the substrate surface. KURT J. LESKER Torus 101 sputtering tool is a reliable sputtering asset suitable for a variety of metal deposition applications. It is a cost-effective and efficient model compared to other sputtering systems. The equipment is ideal for producing thin-film electrodes, photovoltaic devices and other optoelectronics. Torus 101 sputtering system provides a reliable and cost-effective platform for depositing thin films of various metals onto a substrate.