EssentOptics announces new benchmark performance reсord with its heavily upgraded PHOTON RT spectrophotometer.
The deeply refined PHOTON RT spectrophotometer signifies EssentOptics' commitment to provide the best possible thin film metrology solutions to optical experts. The new PHOTON RT features the world-record 185-5200 nm wavelength range available in a single instrument and ensures both excellent measurement of laser-quality and tight-spec coatings in UV-VIS-NIR range and meaningful tests of IR coatings.
The instrument has been developed through extensive research and insighting with coating experts worldwide. The dispersive spectrophotometer sets record in measurement of complex cemented prisms offering a built-in capability to test samples with arbitrary direction and unprecedented +/- 60 mm off-set of outgoing beams. Additionally, users can measure beamsplitter cubes for transmittance and absolute specular reflectance at variable angles of incidence seamlessly both clockwise and counterclockwise. These unique features were specifically designed to meet new design trends in AR and VR devices.
A set of new auto-detect motorized stages attest to the superior flexibility and efficiency that is highly appreciated by our customers, can be achieved only by using the PHOTON RT spectrophotometer, and extend EssentOptics' consistent focus on the industry needs.
Please contact EssentOptics for further information:
PHOTON RT Spectrophotometers
World's first UV-VIS-MWIR spectrophotometer designed for optical coaters
Linza 150 Spectrophotometers
The world's only spectrophotometer developed to test lenses and lens assemblies
AKRA Monochromatic Optical Monitoring System
The AKRA Monochromatic Optical Monitoring Systems are designed to measure transmission and/or reflection of optical coatings during the vacuum deposition process.
IRIS Broadband Optical Monitoring Systems
IRIS systems are designed to control the transmission or reflection spectra, and allow for layer-by-layer correction of the thin film coating. Designed for integration virtually into any vacuum chamber