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An experimental method for determining the thicknesses and optical properties of thin films is Spectroscopic Ellipsometry. It is utilised extensively in numerous applications involving thin films, such as displays, solar cells, data storage, optical coatings, coatings for biological and medical applications, and semiconductor devices.
The Global Spectroscopic Ellipsometers market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
NEW PRODUCT LAUNCH
Horiba Scientific, a global leader in phase modulation ellipsometry technology with more than 20 years of experience, is pleased to announce the UVISEL 2, a new generation of scientific spectroscopic ellipsometers.
The UVISEL 2 is a fully automated platform with a patented vision system, eight computer-selectable achromatic spot sizes, fast scanning, high-resolution monochromators, and a wide spectral range of 190-2100 nm, making it a one-of-a-kind solution for efficient and quick thin film characterisation.
The goniometer, XYZ stage, sample adjustment, and microspot optics are all performed automatically by the UVISEL 2, a highly automated instrument. A real-time vision system and microspots make spot positioning on a sample simple and accurate.
Even with a small spot size, the user is able to carry out measurements across a broad spectral range thanks to a selection of eight achromatic spots (down to 35 m). This one-of-a-kind system always makes it possible to get an image, regardless of whether the surface is rough, smooth, transparent, or reflective.
With its new electronics and robust phase modulation control, the UVISEL 2 is the most sensitive and accurate spectroscopic ellipsometer on the market.
It can characterize advanced optical and material properties like anisotropy and gradient, detect very thin layers like graphene, and follow ultra-fast kinetic phenomena at speeds of up to 1 millisecond per point.
In addition, faster acquisition and very low stray light have been added to the VIS-FUV and NIR detection systems. The UVISEL 2 is controlled by the powerful DeltaPsi2 software, which has the most features for advanced modeling and data acquisition.
The new automatic troubleshooting makes it easier to figure out what’s wrong. Additionally, our new automatic calibration method with integrated reference samples makes calibration simple. The user interface is user-friendly and tailored to meet the needs of both seasoned scientists and novices.
