The GS-1160 spectroradiometer is a compact, high-speed and light weight spectrometer / flicker meter suitable for color and intensity measurement of all display types including LCD, LED, OLED and Quantum Dot displays. With an integrated touchscreen display, this battery-operated unit is ideally suited to applications requiring a desktop test or calibration system. It is supported by LightTouch uSpectrum and uFlicker…
The GS-1160B platform’s cutting edge spectrometer technology is superior to filter based colorimeters as it is not affected by filter matching errors. It delivers true spectral based measurement accuracy that is required for the higher color saturation and wider color gamut of OLED displays. It’s advanced electronics and software design results in accurate and repeatable measurement speeds at more than…
GS-1290-DMS display measurement spectroradiometers represent the state-of-the-art in speed and accuracy, with the highest dynamic range in an array-type spectroradiometer available. The system offers 1,000,000:1 contrast measurements for a single measurement aperture and luminance measurements down to 0.0005 cd/m2 .
The GS-1290-DMS-RBT series combine a 6-axis robot, our state-of-the-art GS-1290 spectroradiometer, and decades of software and integration expertise into an automated display measurement solution. The system delivers fast and accurate test and characterization information in a tried-and-true integrated platform.
Designed for manufacturers of military displays and other lighted instrumentation used in conjunction with night vision imaging systems (NVIS) that require their products to conform to MIL-STD-3009, the GS-1290-NVIS is an advanced, high-speed spectroradiometer that combines the leading-edge sensitivity of backside-thinned CCD detector technology with the industry-renown RadOMAcam radiometric telescope from Gamma Scientific. The instrument exceeds all requirements outlined in MIL-L-85762A and…
The models are available in fixed angle of incidence configurations ranging from 10° to 75°. A handheld unit with a variable angle of incidence is also available. They are capable of first surface or total specular reflection on glass, plastic, metal, or polished substrates and can be used with sample sizes as thin as 400µm. The spectral range is from…
This fully automatic gonio-reflectance measurement system captures complete spectral and colorimetric properties simultaneously at 0° and 45° angle of incidence for coated glass, polished substrates, or diffuse surfaces without requiring second-surface masking. Substrates as thin as 400 µm can be tested with typical scan times of 300 msec per measurement point.
This semi-automatic reflectance measurement system captures complete spectral and colorimetric properties at 0° to 75° angle of incidence simultaneously for coated glass, polished substrates, or diffuse surfaces without requiring second-surface masking. Substrates as thin as 400 µm can be tested with typical scan times of 300ms per point scan.
A modular, high-precision system that measures ambient light reflectance across numerous display types and form factors. As display sizes increase and geometries become more complex, sampling integrating spheres with custom integrated measurement ports have become the benchmark for flexible, accurate, and repeatable evaluation.
The MK350N is a lightweight, portable, and easy-to-use spectral illuminance (LUX) meter or spectral light meter. It is designed for fast, accurate illuminance measurements for general lighting and LED applications.
The MK350N is a lightweight, portable, and easy-to-use spectral illuminance (LUX) meter or spectral light meter. It is designed for fast, accurate illuminance measurements for general lighting and LED applications.
The MK350S is a stand-alone, handheld multifunction spectrometer. In addition to a full range of spectrometer functions, it can also be used as a Quantum PAR Meter or oscilloscope.
The GS-1163 multi-view angle display spectrometer is designed to measure color and luminance at three different angles simultaneously. As part of the Vector line of multi-view angle display spectrometers, the system integrates a flicker sensor and three spectrometers into one module at -60, 0, and 60 degrees for high-speed and accurate concurrent spectral measurements. Its innovative technology is superior to…
The world’s most comprehensive testing systems for fully characterizing Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR), and Heads-Up Displays (HUDs). The NED™ Robotic Eye characterizes devices just as a human eye will experience them, enabling precise iteration testing for different head shapes, sizes, and interpupillary distances (IPDs). Powered by our unified software platform, GS-NEDTest™, the NED™ E Series…
The NED™ M Series is the ideal all-in-one production benchtop test solution with a medium Field-of-View (FOV) for high-speed, high-resolution, and high-accuracy testing of near-eye displays. The NED™ M Series, built on a high-performance 2D colorimeter platform, captures up to a 80-degree FOV in a single snapshot with high resolution for 2D color, luminance, and image quality characterization. NED™ M…
The world’s first testing solution for Augmented Reality (AR) and Virtual Reality (VR) applications that accounts for users’ built-in prescriptions. The NED™ Rx system measures two modes: see-through mode, which tests prescription accuracy against real-world visuals, and an augmented mode, which characterizes the quality of AR images as projected through a prescription eye-piece.
The NED™ V Series is a specialized line of benchtop imaging colorimeters for high-speed testing and calibration of Augmented Reality (AR) and Virtual Reality (VR) display modules. The NED™ V Series is ideal for device manufacturers in high-volume production environments requiring instantaneous Field-of-View captures for quality assurance of their modules.
The NED™ W Series is the ideal all-in-one production benchtop test solution with a wide Field-of-View (FOV) for high-speed, high-resolution, and high-accuracy testing of near-eye displays. The NED™ W Series, built on a high-performance 2D colorimeter platform, captures up to a 150-degree FOV in a single snapshot with full resolution for 2D color, luminance, and image quality characterization. NED™ W…
The PG200N is a lightweight, portable, and easy-to-operate Spectral Light Meter or Spectral PAR Meter designed for agriculture and horticulture applications.
The RS-10D is a precision source of radiant flux, used primarily to calibrate light-measuring instrumentation and as stimuli to measure detection devices.
The RS-15 Flux is a precision source of total radiant flux, used primarily to calibrate integrating spheres, spectroradiometers, photometers, and radiometers and as stimuli to measure detection devices. Lamps are available from 5W to 200W.
Control electronics, layout and wavelength selection of LED devices, light delivery optics, wavelength monitoring and detector / feedback systems can be combined or modified to precisely meet your needs.
For the ultimate in resolution and accuracy, the SpectralLED® Tunable uniform light source incorporates 35 discrete wavelengths for synthesis of commercially available light sources or based on spectra that you import.
When you require a large area (up to 600mm in diameter), highly uniform light source for camera and image sensor calibration, the SpectralLED® Large Output Port delivers brightness, radiometric stability and wavelength accuracy that is unmatched in the industry.
Incorporates up to 31 discrete visible wavelengths and 10 shortwave infrared wavelengths for synthesis of commercially available light sources or based on spectra that you import.
Provides flexible illumination for applications where space is limited. Systems can be configured with multiple outputs enabling several devices to be simultaneously illuminated at different working locations.
Ideally suited for applications requiring a field of view up to 180°. The unique optical design delivers equal radiance over the entire field, with better than 95% uniformity over the entire 180° field of view, the performance is unmatched in the industry.
Simulates virtually infinite lighting conditions enabling visual color assessment for photography, product display or lighting design applications. Both real and theoretical lighting conditions can be produced, enabling CRI experimentation, analysis and optimization.
Incorporates 16 discrete LED devices, all with a center wavelength of 940 nm. The output is directly coupled into a 38mm diameter homogenizing rod, with a length of 190 mm, having a diffuser optically bonded to the output surface.
For the ultimate in resolution and accuracy, the SpectralLED® Tunable uniform light source incorporates 34 discrete LED channels and two broadband white channels for synthesis of commercially available light sources or spectra that you import.
When you require a large area (up to 600mm in diameter), highly uniform light source for camera and image sensor calibration, the SpectralLED® Large Output Port delivers brightness, radiometric stability and wavelength accuracy that is unmatched in the industry.
Incorporates up to 34 discrete LED channels, two broadband white channels (SWIR) and 12 shortwave infrared easily adaptable for automated test systems and production line integration, with integrated optical feedback and temperature control to ensure rock-solid stability and consistent results.
Provides flexible illumination for applications where space is limited. Systems can be configured with multiple outputs enabling several devices to be simultaneously illuminated at different working locations.
Ideally suited for applications requiring a field of view up to 180°. The unique optical design delivers equal radiance over the entire field, with better than 95% uniformity over the entire 180° field of view, the performance is unmatched in the industry.
Simulates virtually infinite lighting conditions enabling visual color assessment for photography, product display or lighting design applications. Both real and theoretical lighting conditions can be produced, enabling CRI experimentation, analysis and optimization.
The VDU 12 is a next-generation family of 2D spectral imaging colorimeters that includes a 2D CCD image sensor, CIE matching filters, and a high-performance spectroradiometer (optional) for performance optimization. This results in a rapid and highly accurate system for display measurements, including luminance, correlated color temperature (CCT), CIE chromaticity, and uniformity.
The VDU 12 CF is a next-generation family of 2D spectral imaging colorimeters that includes a 2D CCD image sensor, CIE matching filters, and a high-performance spectroradiometer (optional) for optimization of the performance, which is used to minimize the uncertainty due to spectral mismatch for DUT with high saturated colors. This results in a rapid and highly accurate system for…
The VDU 65 CF is a next-generation family of 2D spectral imaging colorimeters that includes a 2D CCD image sensor, CIE matching filters, and a high-performance spectroradiometer (optional) for optimization of the CCD, which are used to minimize uncertainty due to spectral mismatch for DUT with highly saturated colors. This results in a rapid and highly accurate system for display…
The VDU 65 CF Macro is a next-generation family of 2D spectral imaging colorimeters that includes a 65M 2D CCD image sensor, CIE matching filters, and a high-performance spectroradiometer (optional) for acting as a live reference, which are used to minimize the uncertainty due to spectral mismatch for DUT with highly saturated colors. This results in a rapid and highly…
Display Ambient Reflectance Tester– Compact reflectance tester for characterizing Display Reflectivity under ambient lighting. Test displays of any size. Eliminates the need to use large integrating spheres to test large displays. Also applicable for testing material reflectivity and color.
NED™ E Series GazeCam™– Our proven gold-standard camera simulating active human eye gaze – now available as a standalone testbed for optimized AR/VR/MR quality assurance.
Live Demos. Real Results. See them in action at Booth 427!
