Used GILITEK IBS #9222700 for sale

Manufacturer
GILITEK
Model
IBS
ID: 9222700
Dual Ion Beam Sputtering (IBS) system.
GILITEK IBS is a high-performance sputtering system developed by GILITEK Technologies. This revolutionary system uses direct current (DC) reactive-ion beam sputtering, a breakthrough in sputtering technology. It offers superior uniformity, long lifetime, low operating power, and high deposition rates compared to traditional sputtering sources such as magnetron sputtering. DC reactive-ion beam sputtering also offers superior surface roughness, an important consideration for thin-film deposition applications requiring a smooth end product. IBS can be easily integrated into existing automation systems for high throughput production. This system is capable of thin-film deposition up to 1.6um/minute, making it a top choice for large-scale projects with quick turnaround times. GILITEK IBS allows for precise control of the plasma power and the deposition rate, allowing for the optimum conditions for uniformity and quality coatings. Moreover, its sealed chamber can be heated up to 400°C, making it ideal for demanding materials. IBS is also highly efficient, with a power consumption of 400 W, and it can be used for a range of thin-film sputtering applications. It is also the perfect choice for flexible manufacturing, allowing it to be quickly set up and start operating with minimal downtime. Several sources can be used with GILITEK IBS, including aluminum, copper, molybdenum, and many others, allowing for custom thin-film deposition solutions. Additionally, all-metal seals are used to ensure that the chamber remains leakproof, which is essential for IBS's long-term reliability. GILITEK IBS is a great choice for customers who require high-end sputtering solutions with versatile performance and superb results. Its exhaustive feature set makes it an invaluable application tool in the fabrication of advanced components used in research, medical, and engineering applications. IBS is the perfect tool for delivering high-quality, uniform thin-film coatings in a time- and cost-efficient manner.
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