Characterize display and panel quality assurance
Instrument Systems (IS) is a company specializing in advanced optical measurement solutions. They offer a range of imaging colorimeters and photometers that provide fast, spatially resolved data acquisition for various applications.
What are Imaging Colorimeters and Photometers?
- Traditional vs. Imaging: Unlike point-based instruments, IS’s imaging solutions capture measurements across an entire image simultaneously. This eliminates the need for time-consuming, sequential measurements and enables efficient analysis of large areas.
- Colorimeters vs. Photometers:
- Colorimeters: These instruments measure not only the intensity of light (photometry) but also its color characteristics. This allows for the quantification of properties like saturation, hue, and color difference.
- Photometers: These instruments focus solely on measuring light intensity or luminance.
Benefits of IS Imaging Colorimeters and Photometers:
- Significant Time Savings: Simultaneous acquisition of multiple measurements across an image translates to faster analysis compared to traditional point-by-point methods.
- Advanced Image Processing Software: IS offers software for automated analysis of captured data, allowing for calculations like homogeneity or contrast evaluation.
- Pixel-Level Accuracy: These imaging systems provide precise color and light measurements for each pixel in a high-resolution image, making them ideal for detailed analysis.
Applications of IS Imaging Colorimeters and Photometers:
- Display & Panel Quality Assurance: IS systems are used in the automotive and aviation industries to ensure consistent and accurate color reproduction in instrument panels, displays, and cockpits.
- Fast & Precise Display Production QC: These instruments facilitate rapid quality control during display production, ensuring adherence to specified color and luminance standards.
- High-Resolution Display Analysis: IS solutions are suitable for pixel-accurate analysis of even the most intricate displays, including those used in AR/VR applications and µLED wafers.
- General Light Measurement: These imaging systems can also be used for comprehensive light measurement tasks in general lighting applications, such as analyzing lamps and luminaires.
Conclusion:
Instrument Systems’ imaging colorimeters and photometers offer a powerful and efficient solution for various applications requiring precise color and light measurement. Their ability to capture spatially resolved data across an entire image makes them a valuable tool for tasks in display manufacturing, quality control, and general lighting analysis. Contact us for quote.
IMAGING COLORIMETER
LUMICAM 2400B
LumiCam 2400B imaging photometer and colorimeter uses a high-quality CMOS sensor with 1428 x 2028 pixels (5 Megapixels). LumiCam 2400B come in 3 variants (Mono, Color and Advanced Model). A calibrated luminance, and possibly a color value, is assigned to each pixel during the measurement.
LUMICAM 4000B
LumiCam 4000B imaging photometer and colorimeter use a high-quality CMOS sensor with 4096 x 3000 pixels (12 Megapixels). LumiCam 4000B come in 3 variants (Mono, Color and Advanced model). A calibrated luminance, and possibly a color value, is assigned to each pixel during the measurement.
LUMITOP 2700
LumiTop 2700 is built and designed using Instrument Systems innovative design merges an RGB camera and a flicker-diode with the high-end spectroradiometer CAS 140D.
LUMITOP 4000
LumiTop 4000 is built and designed using Instrument Systems innovative design merges an RGB camera and a flicker-diode with the high-end spectroradiometer CAS 140D.
LUMITOP X150
The LumiTop X150 is an ultra-high resolution imaging photometer and colorimeter and complements the innovative 3-in-1 concept. It was developed in response to the growing challenges in display development and production of OLED or µLED displays in terms of subpixel quality.
INFRARED TESTING CAMERAS
VTC2400 Far-Field IR Emitter Analysis
VTC 2400 2D far-field analysis IR emitters camera with the highest measurement accuracy. Wavelength from 800nm to 1000nm range. VTC 2400 2D-far-field analysis of the radiant intensity distribution of VCSELs and IR emitters. VTC 2400 has 2 variants (VTC-2400-100 and VTC 2400-200
VTC 4000 Near-Field IR Emitter Analysis
VTC 4000 2D near-field analysis of VCSEL arrays. It enables polarization-controlled characterization of all relevant parameters simultaneously for the single emitters of the array. VTC 4000 has 2 variants (VTC 4000-100 and VTC 4000-200)