SphereOptics GmbH
SphereOptics is a highly technically focused company serving the following areas of photonics:- Manufacturing, refinement and calibration of optical materials and standards for diffuse transmission and reflection- Distribution of test & measurement instruments for measuring the color and brightness of light sources and displays (e.g. Goniophotometer, Integration sphere systems and Imaging colorimeters)- Distribution of portable field spectroradiometers, industrial Infrared cameras, hyperspectral cameras for remote sensing applications and handheld FTIR sensors for the spectral range 0.25 µm to 15 µm- Test & measurement service for lighting technology
- +49 (0)8152 983 78-90
- +49 (0)8152 983 78-91
- info@sphereoptics.de
- Gewerbestrasse 13
Herrsching, 82211
Germany
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Products
Applications
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product
Calibration and Measurement Services
A uniform light source which provides spatially uniform luminance and illuminance for flat-field correction and calibration imaging systems, calibration photometers and spectroradiometers.
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Quantum Efficiency Measurement Systems
Newest generation of quantum efficiency (yield) measurement tool, which allows the user to determine QE of powders, liquids, solids and films. An optically optimized geometry using an integration hemisphere and low stray light array spectrometer enables world class measurements and new applications.
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Remote Sensing (Spectroscopy & Spectral Imaging)
Portable or handheld Spectrometers (Field Spectrometers) and hyperspectral Cameras (Imaging Spectrometers) – the ideal Tools for spectral Data Acquisitions and Ground Truthing of Remote Sensing Imagery.
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Photonics / Light Measurement
A multidisciplinary domain that involves the generation, control, manipulation, and detection of light.
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Optical Materials & LiDAR Test Equipment
Is a remote sensing method which is used to estimate the range between two objects.
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OSI Optoelectronics Photodiodes
Semiconductor devices used for the detection of light from the ultra-violet to the near-IR regions (200nm – 1100nm).
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VPH Gratings
Are now being used extensively in astronomy because of their high diffraction efficiencies. VPH gratings are generally used in transmission. The diffraction is caused by a near-sinusoidal variation in refractive index perpendicular to the fringes (300-6000 lines/mm).
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Nano-Positioning
Nanopositioning systems need to move the device to a set position and hold it precisely in place for extended periods or position, hold and reposition the device multiple times at high speeds.
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Integrating Sphere Systems
An optical device for various purposes such as. measuring the radiant flux (optical power) from a laser diode, light-emitting diode (LED) or bulb.
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Goniophotometers
Goniometer has the capability not to only fit into almost every optical laboratory, but also to provide measurement data on concise level.
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Integration Spheres
Offers a wide range of integration spheres (0.25m to 3 m diameter) and spectrometer options, application-specific modules as well.
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Imaging Colorimeters and Photometers
Are well designed to handle a large variety of applications and functions. They utilize rapid capture technology to get a complex reading of color distributions and luminance very quickly. Additionally, their imaging photometers are extremely accurate.
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Spectroradiometers / Spectrometers / Radiometers
Radiometers are inexpensive, portable and provide quick measurements while spectrometers are more accurate, modular, and may be used in different applications and settings. Finally, spectroradiometers offer the best of both worlds where you have the accuracy and portability that a specific application may require.
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UV Transmittance Analyzer
UV-2000S/F
Are ultraviolet transmittance analyzer designed to measure instantaneous UVA/UVB protection factor values of sunscreen samples and fabric/textile samples.
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Raman Microscopy
Combines the chemical analysis technique, Raman spectroscopy, with a traditional light microscope. This combination provides a very streamlined, “point and shoot” approach to Raman spectroscopy of very tiny objects. Users can directly select regions of interest on a sample for chemical analysis by visualizing them via microscope.
