Used LEYBOLD OPTICS SYRUS II #293585806 for sale

Manufacturer
LEYBOLD OPTICS
Model
SYRUS II
ID: 293585806
Vintage: 2004
Vacuum coating system Chamber size: 1100 mm 2004 vintage.
LEYBOLD OPTICS SYRUS II is a high-precision photoresist equipment designed for advanced optical, 1D and 2D research applications. The system is based on an integrated software platform, combining advanced imaging tools, analysis software, and multiple recorders and detectors. SYRUS II is designed to allow researchers to capture and analyze optical patterns across different wavelengths and materials with unprecedented precision and accuracy. The photoresist unit is powered by an intuitive user-interface, making it easy to set up and run experiments. It features a built-in motorized stage, enabling precise movement of samples. Its patented multi-angle photoresist technology allows for more precise imaging of curved and irregular surfaces and achieves information on complex, multilayer materials. The machine also includes a sophisticated and powerful imaging software suite, with high resolution and fast acquisition of optical images. LEYBOLD OPTICS SYRUS II offers a wide range of analysis capabilities. It can measure many parameters, including reflectivity, scattered light, extinction coefficient, linear and non-linear absorption, polarization and refractive index. It can be integrated with a variety of optical components, such as lenses, gratings, prisms and mirrors, to capture and analyze precise optical patterns. Additionally, the photoresist tool is equipped with a robust recording and playback mechanisms. Multiple recorders and detectors are able to capture and store data simultaneously, allowing users to generate long-term records of the experiments' performance. This data can then be transferred to a personal computer, where it can be analyzed with Leybold's powerful software suite. Overall, SYRUS II photoresist asset is an advanced tool for precise optical imaging and analysis. It offers an unmatched level of accuracy and precision, and is suitable for a variety of complex optical research applications.
There are no reviews yet