Radiant Vision Systems
INSPECT.assembly™ Automated Visual Inspection Station
Turnkey Solution for In-Line Inspection of Complex Electromechanical Assemblies
The INSPECT.assembly solution is a fully-integrated inspection station that utilizes a Radiant Vision Systems ProMetric® Imaging Photometer, bright field lighting, and programmable inspection software to detect subtle, low-contrast defects on complex assemblies. The system can be easily added to the production line to accommodate real-time inspection with greater accuracy and repeatability than human inspectors or traditional machine vision systems, while occupying the same footprint as an inspector on the line. The system can track inspected parts by serial number while recording defects, defect type, and defect trending data. The system performs a range of machine vision inspections, simultaneously or in sequence, employing the breadth of inspection tools packaged in Radiant’s new, configurable INSPECT Software.
The INSPECT.assembly solution is a fully-integrated inspection station that utilizes a Radiant Vision Systems ProMetric® Imaging Photometer, bright field lighting, and programmable inspection software to detect subtle, low-contrast defects on complex assemblies. The system can be easily added to the production line to accommodate real-time inspection with greater accuracy and repeatability than human inspectors or traditional machine vision systems, while occupying the same footprint as an inspector on the line. The system can track inspected parts by serial number while recording defects, defect type, and defect trending data. The system performs a range of machine vision inspections, simultaneously or in sequence, employing the breadth of inspection tools packaged in Radiant’s new, configurable INSPECT Software.
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SIG-400
Precise measurement of near-field luminous intensity for LEDs and other small light sources
The SIG-400 (Source Imaging Goniometer®, Gen. 4) is a fully-automated, computer-controlled goniometric system designed specifically to meet the needs of LED researchers, developers, manufacturers, and users for LED die and device characterization. The SIG-400 uses a ProMetric® I Imaging Colorimeter to generate highly-accurate near-field models of LEDs. This data can be used directly to investigate the performance of the LED, or it can be exported using Radiant Vision Systems ProSource® Software, for use in all major optical design software packages.
The SIG-400 (Source Imaging Goniometer®, Gen. 4) is a fully-automated, computer-controlled goniometric system designed specifically to meet the needs of LED researchers, developers, manufacturers, and users for LED die and device characterization. The SIG-400 uses a ProMetric® I Imaging Colorimeter to generate highly-accurate near-field models of LEDs. This data can be used directly to investigate the performance of the LED, or it can be exported using Radiant Vision Systems ProSource® Software, for use in all major optical design software packages.
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PM-NFMS™
Comprehensive view angle performance characterization for large light sources
PM-NFMS™ (ProMetric® Near-Field Measurement System) measures brightness, color, and, optionally, spectrum as a function of view angle for large light sources. It is designed to provide accurate luminance distribution data for developers of large light sources for automotive, transportation, architectural, and other applications. Because PM-NFMS captures a complete near-field model of the light source, it provides much more comprehensive information – in a much smaller measurement space – than can be obtained from traditional spot meter-based measurements.
PM-NFMS™ (ProMetric® Near-Field Measurement System) measures brightness, color, and, optionally, spectrum as a function of view angle for large light sources. It is designed to provide accurate luminance distribution data for developers of large light sources for automotive, transportation, architectural, and other applications. Because PM-NFMS captures a complete near-field model of the light source, it provides much more comprehensive information – in a much smaller measurement space – than can be obtained from traditional spot meter-based measurements.
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VisionCAL® LED Screen Correction System
Advanced system for automated color and brightness correction of LED modules and screens
VisionCAL® is a patented, turnkey solution for LED screen manufacturers and installers that can be used to dramatically improve color and brightness uniformity in LED displays. The system is designed to be flexible enough to address LED module correction needs in a controlled factory environment and also to perform in-field correction of the large, spectacular LED video screens used in stadiums, in arenas, for outdoor advertising, or for large indoor displays.
VisionCAL® is a patented, turnkey solution for LED screen manufacturers and installers that can be used to dramatically improve color and brightness uniformity in LED displays. The system is designed to be flexible enough to address LED module correction needs in a controlled factory environment and also to perform in-field correction of the large, spectacular LED video screens used in stadiums, in arenas, for outdoor advertising, or for large indoor displays.
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ProSource® Software
ProSource® enables optical system designers to fully exploit Radiant Source Model™ files (RSMs) of light sources and lighting systems. RSMs are the most accurate method for describing the near-field output of real light sources in optical and illumination design software because they contain full measurement information, including luminance images, from all viewing angles for the light source or lighting system. This provides full flexibility in analysis and in ray set generation.
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PM-KB™ Illuminated Keyboard Testing Software
PM-KB is a dedicated, turnkey system for automated visual inspection of illuminated keyboards
Illuminated keyboards and keypads can exhibit variations in brightness and color from key to key, and even within keys, that are noticeable to the end-user. This inconsistency can detract from the user experience and, in extreme cases, these variations may strongly impact product usability. A member of the Radiant Vision Systems TrueTest™ Software family, the PM-KB system combines application-specific software and a ProMetric® Imaging Colorimeter or Photometer to perform rapid, automated visual inspection of backlit keyboards and keypads for character luminance and chromaticity, and assess overall keyboard luminance and color uniformity. PM-KB also tests to ensure that key caps are installed correctly and that each key is in its proper location. PM-KB is a dedicated testing system and is easy to set-up and operate.
Illuminated keyboards and keypads can exhibit variations in brightness and color from key to key, and even within keys, that are noticeable to the end-user. This inconsistency can detract from the user experience and, in extreme cases, these variations may strongly impact product usability. A member of the Radiant Vision Systems TrueTest™ Software family, the PM-KB system combines application-specific software and a ProMetric® Imaging Colorimeter or Photometer to perform rapid, automated visual inspection of backlit keyboards and keypads for character luminance and chromaticity, and assess overall keyboard luminance and color uniformity. PM-KB also tests to ensure that key caps are installed correctly and that each key is in its proper location. PM-KB is a dedicated testing system and is easy to set-up and operate.
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PM-HL™ Headlamp Evaluation Module for ProMetric® Software
Product Information
ProMetric software is a Windows®-based software suite that provides equipment control, data acquisition and image analysis when used with ProMetric Imaging Photometers and Colorimeters. Together, this combination provides rapid and accurate measurement of luminance and color for a broad range of light sources, flat panel displays, keypads / keyboards and optical materials. PM-HL, the headlamp evaluation module for ProMetric software, lets you accurately evaluate headlamp beam patterns. It can also convert headlamp beam patterns into roadway illumination distributions.
ProMetric software is a Windows®-based software suite that provides equipment control, data acquisition and image analysis when used with ProMetric Imaging Photometers and Colorimeters. Together, this combination provides rapid and accurate measurement of luminance and color for a broad range of light sources, flat panel displays, keypads / keyboards and optical materials. PM-HL, the headlamp evaluation module for ProMetric software, lets you accurately evaluate headlamp beam patterns. It can also convert headlamp beam patterns into roadway illumination distributions.
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ProMetric® Software
Simplified measurement control combined with image analysis tools
ProMetric® Imaging Colorimeters and Photometers provide rapid and accurate measurement of luminance and color for a broad range of devices and materials, including light sources, flat panel displays, lit keypads and keyboards, optical materials and surface treatments. To reduce the complexity of the measurement operation and to allow you to focus on data interpretation, an easy-to-use means for controlling the measurements and analyzing the data is required
ProMetric® Imaging Colorimeters and Photometers provide rapid and accurate measurement of luminance and color for a broad range of devices and materials, including light sources, flat panel displays, lit keypads and keyboards, optical materials and surface treatments. To reduce the complexity of the measurement operation and to allow you to focus on data interpretation, an easy-to-use means for controlling the measurements and analyzing the data is required
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TrueMURA™
Product Information
Radiant Vision Systems TrueMURA™ Analysis Module is the first commercial system available to provide advanced image analysis algorithms for computing JND (“Just Noticeable Differences”). This augments the Defect Analysis functions already available in TrueTest™ Automated Visual Inspection software. The JND detection algorithm incorporated in TrueMURA is based on U. S. patent 7,783,130, “Standard Spatial Observer” technology, licensed by Radiant Vision Systems from the National Aeronautics and Space Administration (NASA).
Radiant Vision Systems TrueMURA™ Analysis Module is the first commercial system available to provide advanced image analysis algorithms for computing JND (“Just Noticeable Differences”). This augments the Defect Analysis functions already available in TrueTest™ Automated Visual Inspection software. The JND detection algorithm incorporated in TrueMURA is based on U. S. patent 7,783,130, “Standard Spatial Observer” technology, licensed by Radiant Vision Systems from the National Aeronautics and Space Administration (NASA).
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TT-NIRI™ Near-Infrared Test Module
Application-specific software module for evaluating near-infrared lasers and LEDs
Near-infrared (near-IR or NIR) emissions of light are used by devices to sense three-dimensional objects outside of the human visible spectrum, eliminating visible light interference and human visual distraction. However, because NIR emissions are “invisible,” test equipment must be used to ensure adequate intensity and distribution of NIR light for object detection.
Near-infrared (near-IR or NIR) emissions of light are used by devices to sense three-dimensional objects outside of the human visible spectrum, eliminating visible light interference and human visual distraction. However, because NIR emissions are “invisible,” test equipment must be used to ensure adequate intensity and distribution of NIR light for object detection.
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TT-HUD™ Head-Up Display Test Module
Application-specific software module for evaluating the quality of head-up display system projections
Head-up displays (HUDs) pose unique measurement challenges for manufacturers, who must account for projected image luminance, contrast, and clarity regardless of ambient conditions, virtual image positions, or focal distances on an infinite viewing plane. Comprehensive HUD testing requires both photometric (light data) and dimensional (spatial data) measurement combined to ensure the accuracy of information conveyed to a vehicle operator within a rapidly changing, real-world environment.
Head-up displays (HUDs) pose unique measurement challenges for manufacturers, who must account for projected image luminance, contrast, and clarity regardless of ambient conditions, virtual image positions, or focal distances on an infinite viewing plane. Comprehensive HUD testing requires both photometric (light data) and dimensional (spatial data) measurement combined to ensure the accuracy of information conveyed to a vehicle operator within a rapidly changing, real-world environment.
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TT-AutomotiveDisplay™ Automotive Display Test Module
Application-specific software module with tests for evaluating the quality of displays integrated into vehicles
Automotive displays face particular demands for performance through variable lighting conditions, temperatures, vibrations, viewing angles, and other factors. Ensuring visual quality of displays of various shapes and sizes, with anti-glare or anti-reflective coatings, integrated into different fixtures and at fixed positions relative to passengers and drivers, is a key challenge for manufacturers in the increasingly display-focused automotive market.
Automotive displays face particular demands for performance through variable lighting conditions, temperatures, vibrations, viewing angles, and other factors. Ensuring visual quality of displays of various shapes and sizes, with anti-glare or anti-reflective coatings, integrated into different fixtures and at fixed positions relative to passengers and drivers, is a key challenge for manufacturers in the increasingly display-focused automotive market.
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TT-ARVR™ Display Test Module
Application-specific software module for evaluating display quality in augmented (AR) and virtual reality (VR) devices
Displays viewed near to the eye create immersive virtual experiences, such as those integrated into AR/VR devices. However, as display images are magnified to fill a user’s field of view (FOV), display defects are also magnified. Issues with uniformity of brightness and color, dead pixels, line defects, cloudiness, and image position become more evident to the user whose eyes are merely centimeters away from display screens.
Displays viewed near to the eye create immersive virtual experiences, such as those integrated into AR/VR devices. However, as display images are magnified to fill a user’s field of view (FOV), display defects are also magnified. Issues with uniformity of brightness and color, dead pixels, line defects, cloudiness, and image position become more evident to the user whose eyes are merely centimeters away from display screens.
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TrueTest™ Automated Visual Inspection Software
Quality testing and defect detection
When testing the quality of illuminated components and displays, or looking for defects in assemblies and surfaces, multiple tests may need to be performed to inspect products for a range of evaluation criteria. TrueTest™ Software equips ProMetric® Imaging Colorimeters and Photometers to be used for in-line inspection, providing:
▪ a comprehensive set of predefined tests,
▪ a flexible framework that allows you to apply a single test or sequence of tests as needed, quickly and efficiently, and
▪ a pass/fail report with as much detail as you need.
When testing the quality of illuminated components and displays, or looking for defects in assemblies and surfaces, multiple tests may need to be performed to inspect products for a range of evaluation criteria. TrueTest™ Software equips ProMetric® Imaging Colorimeters and Photometers to be used for in-line inspection, providing:
▪ a comprehensive set of predefined tests,
▪ a flexible framework that allows you to apply a single test or sequence of tests as needed, quickly and efficiently, and
▪ a pass/fail report with as much detail as you need.
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NIR Intensity Lens
Fast, accurate radiant intensity measurement solution for evaluation of near-infrared light sources and distributions
Near Infrared 3D Sensing
Three-dimensional sensing technology is the foundation of multiple new applications, such as:
▪ Facial and gesture recognition
▪ Eye tracking and iris detection
▪ Automotive LiDAR for autonomous vehicle sensing
▪ Multimodal sensing for vehicle gesture and motion control
▪ Other near-infrared 3D sensing applications
Near Infrared 3D Sensing
Three-dimensional sensing technology is the foundation of multiple new applications, such as:
▪ Facial and gesture recognition
▪ Eye tracking and iris detection
▪ Automotive LiDAR for autonomous vehicle sensing
▪ Multimodal sensing for vehicle gesture and motion control
▪ Other near-infrared 3D sensing applications
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E-Mail : teamiie@centasiathai.com
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Microscope Lens
Specially-designed lens option for high-resolution imaging of small light source and display features
The Radiant Vision Systems Microscope Lens enables high-resolution imaging of extremely small components and features, such as individual LEDs, display pixels, and subpixels. The lens attaches directly to any ProMetric® Imaging Colorimeter or Photometer, at resolutions from 2 to 43 megapixels. Utilized with Radiant ProMetric or TrueTest™ Software, the Microscope Lens provides a compact and efficient photometric measurement solution for controlling the visual quality of displays and other devices.
The Radiant Vision Systems Microscope Lens enables high-resolution imaging of extremely small components and features, such as individual LEDs, display pixels, and subpixels. The lens attaches directly to any ProMetric® Imaging Colorimeter or Photometer, at resolutions from 2 to 43 megapixels. Utilized with Radiant ProMetric or TrueTest™ Software, the Microscope Lens provides a compact and efficient photometric measurement solution for controlling the visual quality of displays and other devices.
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FPD Conoscope Lens
Fast, Accurate, Low-cost View Angle Performance Measurement Solution for Displays
The Radiant Vision Systems FPD (flat panel display) conoscope lens enables high-resolution photopic measurement of the angular distribution of color, luminance, and contrast for displays and display components. Radiant uses Fourier optics that map an emitting spot to a CCD so that each pixel corresponds to a different emission angle. The conoscope lens captures a full cone of view angle data in a single measurement to ±70 degrees. This provides quick, accurate results, making the system ideal for both R&D projects and in-line production quality control. The lens is well-suited to a wide range of FPD types including those based on LCD and OLED technologies, as well as backlights.
The Radiant Vision Systems FPD (flat panel display) conoscope lens enables high-resolution photopic measurement of the angular distribution of color, luminance, and contrast for displays and display components. Radiant uses Fourier optics that map an emitting spot to a CCD so that each pixel corresponds to a different emission angle. The conoscope lens captures a full cone of view angle data in a single measurement to ±70 degrees. This provides quick, accurate results, making the system ideal for both R&D projects and in-line production quality control. The lens is well-suited to a wide range of FPD types including those based on LCD and OLED technologies, as well as backlights.
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AR/VR Lens
Specially designed lens option for near-eye display testing within augmented and virtual reality headsets
The Radiant Vision Systems AR/VR lens has a unique optical design specially engineered for measuring near-eye displays (NEDs), such as those integrated into virtual (VR), mixed (MR), and augmented reality (AR) headsets. The lens design simulates the size, position, and field of view of the human eye. Unlike alternative lens options, where the aperture is located inside the lens, the aperture of the AR/VR lens is located on the front of the lens, enabling positioning of the imaging system’s entrance pupil within NED headsets to view head-mounted displays (HMDs) at the same location as the human eye.
The Radiant Vision Systems AR/VR lens has a unique optical design specially engineered for measuring near-eye displays (NEDs), such as those integrated into virtual (VR), mixed (MR), and augmented reality (AR) headsets. The lens design simulates the size, position, and field of view of the human eye. Unlike alternative lens options, where the aperture is located inside the lens, the aperture of the AR/VR lens is located on the front of the lens, enabling positioning of the imaging system’s entrance pupil within NED headsets to view head-mounted displays (HMDs) at the same location as the human eye.
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ProMetric® Y Imaging Photometers
Fast, small-format Photometers optimized for display test and cosmetic inspection in production environments.
ProMetric® Y is a series of high-performance imaging photometers designed for high-volume production testing of displays, smartphones, tablets, notebooks, keyboards, and lighting products.
ProMetric® Y is a series of high-performance imaging photometers designed for high-volume production testing of displays, smartphones, tablets, notebooks, keyboards, and lighting products.
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ProMetric® I Imaging Colorimeters
The World's Fastest and Most Accurate High-Resolution Imaging Colorimeters.
The ProMetric® I family of imaging colorimeters is designed to address the demands for high-volume manufacturing of displays, illuminated keyboards and LED lighting products. Whether you need to expand test coverage or increase throughput, ProMetric I delivers the required performance for highly accurate color and luminance measurements in an automated manufacturing environment.
The ProMetric® I family of imaging colorimeters is designed to address the demands for high-volume manufacturing of displays, illuminated keyboards and LED lighting products. Whether you need to expand test coverage or increase throughput, ProMetric I delivers the required performance for highly accurate color and luminance measurements in an automated manufacturing environment.
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