Colour and Light Measurement
- Compact handheld device for measuring full-spectrum light (350–1100 nm).
- Provides real-time spectral and radiometric data with high resolution.
- Ideal for research in plant science, lighting, and environmental studies.
- User-friendly interface with on-screen display and data logging.
- Lightweight, battery-powered design for field portability.
- Â
- High-performance instrument for measuring UV–Vis–NIR spectral range.
- Ideal for remote sensing, environmental, and solar radiation research.
- Fast data acquisition with superior wavelength accuracy.
- Rugged field design for outdoor use under varying light conditions.
- Connects to laptops via USB for real-time spectral analysis.
- Laboratory-grade device for spectral analysis of UV to near-infrared light.
- Measures spectral irradiance, radiance, and photon flux.
- High-resolution optics ensure accurate laboratory performance.
- Designed for research in lighting, materials, and photobiology.
- Integrates with software for spectral data visualization and export.
- Covers broad wavelength range from 350–2500 nm.
- Designed for laboratory studies in solar, materials, and reflectance testing.
- Delivers high signal-to-noise ratio for superior spectral precision.
- Includes fiber optic input and modular accessories for flexibility.
- Supports both radiance and reflectance measurements.
- Â
- Field spectrometer designed for mineral and geological analysis.
- Measures spectral reflectance and absorption features of rock samples.
- Rugged, portable design ideal for mining exploration and core logging.
- Provides rapid, non-destructive mineral identification.
- Includes spectral libraries for data comparison and classification.
- Precision spectroradiometer for calibrating displays, projectors, and monitors.
- High dynamic range for accurate color and luminance measurements.
- Measures from 350–1000 nm with superior repeatability.
- Ideal for cinematography, broadcast, and color quality assurance.
- Compact design with USB connectivity and easy software integration.
- Compact device for measuring emission spectra of LEDs, OLEDs, and displays.
- High precision with fast integration time for lab and production testing.
- Measures color coordinates, luminous flux, and radiance.
- Ideal for R&D and quality control in lighting and display manufacturing.
- Supports USB and remote operation via control software.
- Compact OEM module for integration into custom optical systems.
- Covers spectral range from 350–1050 nm for various light applications.
- Delivers fast, accurate spectral data for industrial or scientific use.
- Ideal for OEM developers, research labs, and automated testing setups.
- Stable and precise calibration for long-term reliability.
- Â
- Measures the balance between incoming and outgoing radiation.
- Includes upward and downward-facing pyranometer/pyrgeometer pairs.
- Suitable for climate, crop, and energy exchange studies.
- Compact and durable design for continuous outdoor operation.
- Output compatible with most environmental data loggers.
- Measures hemispherical and directional reflectance with high accuracy.
- Designed for precise optical property analysis of materials and coatings.
- Supports wide spectral range measurements for research and industrial applications.
- Ideal for aerospace, defense, remote sensing, and laboratory studies.
- Compact, rugged design ensures reliable long-term performance.
- Measures bidirectional reflectance distribution with high precision.
- Designed for accurate angular reflectance characterization of materials and surfaces.
- Supports advanced optical testing across a wide spectral range.
- Ideal for aerospace, defense, remote sensing, and material research applications.
- Robust and reliable system suitable for laboratory and industrial environments.
- Measures directional hemispherical reflectance with exceptional accuracy.
- Designed for precise optical characterization of coatings, paints, and materials.
- Supports broad spectral range measurements for advanced analysis applications.
- Ideal for aerospace, defense, solar energy, and research laboratories.
- Durable and compact design ensures stable and reliable performance.
Â
- Measures VIS and IR reflectance properties with high precision.
- Designed for accurate analysis of coatings, materials, and optical surfaces.
- Supports wide spectral range measurements from visible to infrared wavelengths.
- Ideal for aerospace, defense, remote sensing, and laboratory research applications.
- Compact and robust design ensures reliable long-term operation.
- Measures total solar reflectance with fast and accurate performance.
- Designed for evaluating roofing, coatings, and high-reflectance materials.
- Provides reliable measurements for energy efficiency and heat reduction studies.
- Ideal for laboratory, field, and quality control applications.
- Compact, durable design ensures easy operation and long-term reliability.
- Measures solar reflectance with integrated infrared analysis capabilities.
- Designed for accurate testing of cool roofing and reflective surface materials.
- Provides fast, reliable measurements for energy efficiency evaluations.
- Ideal for laboratory research, quality control, and field applications.
- Compact and rugged design ensures dependable long-term performance.
- Measures thermal emittance of surfaces with high accuracy.
- Designed for evaluating coatings, metals, and energy-efficient materials.
- Provides fast and reliable emissivity measurements for laboratory and field use.
- Ideal for aerospace, solar energy, and industrial research applications.
- Compact, portable design ensures easy operation and dependable performance.
Â
- Measures thermal emittance with advanced accuracy and repeatability.
- Designed for precise evaluation of coatings, metals, and reflective materials.
- Provides fast and reliable emissivity measurements for laboratory and industrial applications.
- Ideal for aerospace, solar energy, defense, and energy efficiency studies.
- Robust and compact design ensures stable long-term performance.
- Measures reflectance properties for LIDAR-related optical applications with high precision.
- Designed for accurate characterization of surfaces and coatings used in remote sensing systems.
- Supports reliable reflectance analysis across relevant laser wavelengths.
- Ideal for aerospace, defense, autonomous systems, and research laboratories.
- Captures high-resolution hyperspectral images across a wide spectral range.
- Designed for advanced material identification and spectral analysis applications.
- Provides accurate imaging for research, remote sensing, and industrial inspection.
- Ideal for aerospace, agriculture, defense, and environmental monitoring studies.
- Compact and robust design ensures reliable performance in laboratory and field environments.
- Captures real-time multispectral video for advanced imaging and analysis applications.
- Designed for accurate detection, monitoring, and material identification tasks.
- Provides high-quality spectral imaging across multiple wavelength bands.
- Ideal for aerospace, defense, agriculture, and environmental research applications.
- Compact and rugged design ensures reliable performance in field and laboratory environments.
- Provides advanced multispectral imaging for accurate material and surface analysis.
- Designed for high-performance spectral data capture across multiple wavelength bands.
- Supports real-time imaging for research, inspection, and monitoring applications.
- Ideal for aerospace, defense, industrial, and environmental studies.
- Compact and durable design ensures reliable operation in laboratory and field environments.
- Captures high-resolution midwave infrared hyperspectral imagery with exceptional accuracy.
- Designed for advanced chemical detection, material identification, and thermal analysis.
- Provides detailed spectral data across the MWIR wavelength range.
- Ideal for aerospace, defense, remote sensing, and environmental monitoring applications.
- Rugged and reliable design ensures dependable performance in laboratory and field operations.
- Captures high-resolution VNIR and SWIR hyperspectral imagery with precise spectral accuracy.
- Designed for advanced material identification, chemical analysis, and remote sensing applications.
- Provides detailed spectral data across visible, near-infrared, and shortwave infrared ranges.
- Ideal for aerospace, defense, agriculture, mining, and environmental monitoring studies.
- Measures luminous intensity distribution with precise C-type goniophotometric analysis.
- Designed for accurate testing of lamps, luminaires, and lighting products.
- Supports reliable photometric measurements for lighting research and quality control.
- Ideal for laboratories, manufacturers, and general lighting applications.
- Compact and robust design ensures stable and efficient operation.
- Advanced C-type goniophotometers designed for comprehensive lighting measurements.
- Provides accurate luminous intensity distribution and photometric analysis.
- Ideal for testing LED luminaires, lamps, and general lighting products.
- Supports high-precision measurements for research, development, and quality control.
- Robust and reliable system ensures efficient performance in laboratory environments.
- Provides advanced photometric testing solutions for lighting measurement applications.
- Designed for accurate analysis of lamps, luminaires, and LED lighting products.
- Supports reliable optical and photometric performance evaluation.
- Ideal for research laboratories, manufacturers, and quality control environments.
- Advanced Type A goniophotometer designed for precise automotive lighting measurements.
- Provides accurate luminous intensity distribution and optical performance analysis.
- Ideal for testing headlights, signal lamps, and vehicle lighting systems.
- Supports standard compliance testing for automotive lighting applications.
- Robust automated design ensures reliable, repeatable, and efficient measurements.
- Advanced Type B goniophotometer designed for accurate photometric testing applications.
- Provides precise luminous intensity distribution and optical performance measurements.
- Ideal for automotive, signal, and specialty lighting compliance testing.
- Supports reliable and repeatable measurements for research and quality control.
- Robust automated system ensures efficient operation and long-term performance.
Â
- Advanced turning luminaire goniometer designed for precise C-type photometric measurements.
- Provides accurate luminous intensity distribution analysis for lighting products.
- Ideal for testing LED luminaires, lamps, and general lighting applications.
- Supports high-precision measurements for research, development, and quality assurance.
- Robust and automated design ensures reliable, efficient, and repeatable operation.
Â
- Enables super-fast goniophotometric measurement of light sources with high accuracy.
- Uses advanced screen imaging technology for rapid photometric data acquisition.
- Ideal for testing LEDs, lamps, luminaires, and display lighting systems.
- Supports efficient optical analysis for research, development, and quality control.
- Compact and automated design ensures reliable, repeatable, and high-speed operation.
- High-performance beam tester camera designed for accurate lighting beam analysis.
- Provides precise measurement and visualization of light distribution patterns.
- Ideal for testing automotive, LED, and specialty lighting applications.
- Supports fast and reliable optical evaluation for research and quality control.
- Compact and robust design ensures efficient and dependable operation.
Â
Â
- Measures flicker, illuminance, and temporal light characteristics with high accuracy.
- Ideal for field measurements of lighting performance and light quality analysis.
- Supports reliable evaluation of flicker effects and lighting compliance standards.
- Designed for lighting professionals, researchers, and quality assessment applications.
- Compact and portable design ensures convenient and dependable field operation.
- High-precision photometer designed for accurate light measurement applications.
- Provides reliable illuminance and photometric analysis for lighting systems.
- Ideal for laboratories, field testing, and quality control environments.
- Supports fast and accurate measurements for research and compliance testing.
- Compact and durable design ensures dependable long-term performance.
- Advanced photometer designed for precise illuminance and light measurement applications.
- Provides fast and reliable photometric analysis for lighting evaluation and testing.
- Ideal for laboratories, field measurements, and quality control environments.
- Supports accurate light performance assessment for research and compliance applications.
- Compact, durable design ensures dependable operation and long-term reliability.
- Advanced photometer and tristimulus colormeter designed for comprehensive light measurement applications.
- Measures illuminance, flicker, effective intensity, CCT, and CIE1931 color parameters with high accuracy.
- Ideal for lighting research, laboratory testing, and quality control applications.
- Supports reliable photometric and colorimetric analysis for lighting compliance evaluations.
- High-precision tristimulus colorimeter designed for advanced light and color measurement applications.
- Measures illuminance, color coordinates, CCT, flicker, and CIE1931 parameters with exceptional accuracy.
- Ideal for LED testing, display analysis, laboratory research, and quality control applications.
- Supports reliable photometric and colorimetric evaluation for compliance and performance testing.
- Advanced tristimulus colorimeter designed for accurate color and light measurement applications.
- Measures illuminance, chromaticity, CCT, and CIE1931 color parameters with high precision.
- Ideal for LED testing, display evaluation, laboratory research, and quality control.
- Supports reliable photometric and colorimetric analysis for compliance and performance testing.
- Compact and durable design ensures stable, efficient, and dependable operation.
- User-friendly light meter designed for fast and accurate lighting measurements.
- Measures illuminance and essential lighting parameters with reliable performance.
- Ideal for lighting professionals, field inspections, and general light monitoring applications.
- Supports convenient operation for research, maintenance, and quality assessment tasks.
- Compact, portable, and durable design ensures dependable everyday use.
- Advanced spectrometer-based light meter designed for precise lighting analysis applications.
- Measures illuminance, spectral distribution, CCT, flicker, and color parameters with high accuracy.
- Ideal for LED testing, lighting research, field measurements, and quality control.
- Supports reliable photometric and colorimetric evaluation for compliance and performance testing.
- Compact, portable, and robust design ensures efficient and dependable operation.
- High-precision spectroradiometer designed for advanced light and spectral measurement applications.
- Measures spectral power distribution, illuminance, color parameters, and radiometric data with high accuracy.
- Ideal for LED testing, display analysis, laboratory research, and optical measurements.
- Supports reliable photometric and colorimetric evaluation for compliance and performance testing.
- Robust and efficient design ensures stable, repeatable, and dependable operation.
- High-resolution spectrometer designed for precise spectral measurement and analysis applications.
- Provides accurate spectral data across a wide wavelength range with exceptional resolution.
- Ideal for research laboratories, optical testing, and advanced scientific measurements.
- Supports reliable analysis for LEDs, displays, materials, and light sources.
- Compact and robust design ensures stable, efficient, and dependable performance.
Â
- High-resolution spectrometer designed for advanced spectral analysis and precision measurement applications.
- Provides accurate spectral data with exceptional sensitivity across a wide wavelength range.
- Ideal for laboratory research, optical testing, and scientific measurement applications.
- Supports reliable analysis of LEDs, displays, materials, and various light sources.
- Robust and compact design ensures stable, efficient, and dependable performance.
- High-resolution spectrometer designed for precise spectral measurement and analysis applications.
- Provides accurate and detailed spectral data across a wide wavelength range.
- Ideal for laboratory research, optical testing, and scientific analysis applications.
- Supports reliable evaluation of LEDs, displays, materials, and various light sources.
- High-resolution spectrometer designed for advanced spectral measurement and analysis applications.
- Provides precise and reliable spectral data across a wide wavelength range.
- Ideal for laboratory research, optical testing, and scientific measurement tasks.
- Supports accurate analysis of LEDs, displays, materials, and light sources.
- Robust and compact design ensures stable, efficient, and dependable performance.
- Advanced imaging luminance meter designed for precise luminance and brightness analysis.
- Provides high-resolution imaging for accurate light distribution measurements.
- Ideal for displays, automotive lighting, LEDs, and laboratory research applications.
- Supports reliable photometric evaluation and optical performance analysis.
- Compact and efficient design ensures fast, stable, and dependable operation.
Â
- Advanced imaging color meter designed for precise XYZ color and luminance measurements.
- Provides high-resolution imaging for accurate color distribution and brightness analysis.
- Ideal for displays, LEDs, automotive lighting, and optical research applications.
- Supports reliable CIE XYZ color evaluation and photometric performance testing.
- Compact and efficient design ensures fast, stable, and dependable operation.
- Advanced light temporal analyzer designed for precise temporal light measurement applications.
- Measures flicker, modulation, and dynamic lighting characteristics with high accuracy.
- Ideal for LED testing, lighting research, and compliance verification applications.
- Supports reliable analysis of temporal light artifacts and lighting quality performance.
- Compact and efficient design ensures fast, stable, and dependable operation.
- Advanced integrating sphere testing systems designed for accurate optical and photometric measurements.
- Provides reliable measurement of luminous flux, spectral distribution, and color parameters.
- Ideal for LED testing, lamp analysis, and lighting product development applications.
- Supports research, production, and quality control with high-precision measurement capabilities.
- Robust and efficient design ensures stable, repeatable, and dependable performance.
- Advanced light testing system designed for precise photometric and optical measurements.
- Supports accurate evaluation of LEDs, lamps, and lighting products across multiple applications.
- Provides reliable measurement capabilities for research, development, and quality control.
- Ideal for laboratory testing, production environments, and lighting compliance analysis.
- Robust and efficient design ensures stable, repeatable, and dependable performance.
- Advanced flicker analyzing system designed for precise temporal light measurement applications.
- Measures flicker characteristics, modulation, and light stability with high accuracy.
- Ideal for LED testing, lighting research, and compliance verification applications.
- Supports reliable analysis of temporal light artifacts and lighting quality performance.
- Robust and efficient design ensures fast, stable, and dependable operation.
- Turnkey testing system designed for comprehensive photometric measurement of flashlights and battery lights.
- Measures luminous flux, beam intensity, beam distance, and runtime characteristics with high accuracy.
- Ideal for flashlight manufacturers, laboratories, and quality control applications.
- Robust and automated design ensures reliable, repeatable, and efficient testing operation.
- High-precision light sources and calibrators designed for advanced radiometric applications.
- Provides stable and accurate reference standards for optical calibration and measurement verification.
- Supports reliable radiometric, photometric, and spectral testing in laboratory environments.
- Robust and dependable design ensures long-term stability and consistent calibration performance.
- Advanced flash intensity analyzer designed for effective luminous intensity measurement of flashlights.
- Provides accurate analysis of beam intensity and flashlight performance characteristics.
- Ideal for flashlight manufacturers, testing laboratories, and quality control applications.
- Supports reliable photometric evaluation for compliance and product development testing.
- Robust and efficient design ensures fast, stable, and repeatable measurements.