Integrating Spheres
Uniformly scatter or diffuse light rays.
See Also: Goniophotometers, Spectroradiometers
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Integrating Spheres
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Integrating spheres are used especially for measuring divergent light sources such as LEDs. The light is introduced through the input port, then reflected many times by the highly reflective interior of the sphere until it illuminates the inner surface uniformly. A detector samples a small fraction of this light to measure the total power input. Ophir integrating spheres have a highly reflective diffuse white coating for measurements independent of beam size, position and divergence. There are several sphere sizes, apertures and wavelength regions available. The large IS6 series has 2 configurations for measuring divergent or parallel beams.
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Integrating Spheres
IP-Series
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Photometric Integrating spheres are used for evaluation of luminous flux of light sources & luminaires with a single measurement & for comparative analysis. The sphere is an essential tool for photometric research laboratories & lamp/luminaire manufacturers.
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Integrating Spheres For Reflection, Transmission, Absorption
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Universal integrating spheres and accessories optimized for the measurement of reflection, transmission, absorption and photoluminescence
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General Purpose Integrating Spheres
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General Purpose Integrating Sphere Systems are designed to spatially integrate radiant flux in order to measure optical radiation. The spheres can be coupled with a sensor to create radiometers, photometers, or spectroradiometers in order to measure the total geometric flux emanating from a light source or the flux density of an illuminated area. Additionally, these sphere systems can be used to measure the output of high power lasers and laser diodes or to measure the reflectance and transmittance of materials.
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*High Speed, Multifunctional Integrating Spheres
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Multifunctional integrating spheres enable simultaneous measurement of multiple laser parameters including:*Power*Pulse Characteristics*Spectrum
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Integrating Spheres With Synthetic Coating
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Integrating spheres with synthetic ODM98 coating. Precise CNC machining. Diameter from 8 mm to 250 mm.
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Integrating Spheres
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Instrument Systems Optische Messtechnik GmbH
Determination of radiant power or luminous flux from light sources with the aid of integrating spheres is one of the most important procedures in photometry. Designed as a hollow sphere whose inner surface is coated with a diffusely reflecting material, the integrating sphere ensures complete integration and mixing of light radiation. This is then output on a detector port for measurement.
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Integrating Spheres For Reflection, Transmission And Absorption
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Integrating spheres and accessories optimized for the measurement of reflection, transmission, absorption and photoluminescence.
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Integrating Sphere Spectroradiometer System for LED
LPCE-2(LMS-8000)
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LPCE-2(LMS-8000) is an Integrating Sphere Spectroradiometer LED Testing System for identifying the performance of single LEDs and LED lamps. LED’s quality should be tested by checking its photometric, colorimetric and electrical parameters. According to CIE 127-1997 and IES LM 79-08 standards, it recommends using an array spectroradiometer with integrating sphere and photometer head to test SSL products. LISUN GROUP developed LPCE-2 test system for LED products.
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LED Lighting Test Instrument Integrating Sphere
CX-I.5S
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Shenzhen Chuangxin Instruments Co., Ltd.
Measure Luminous Flux, Luminous efficacy, radiant power, Spectral Power Distribution, Chromaticity Coordinate, Correlated Color Temperature, Peak Wavelength, Dominant Wavelength, Spectral Half Width, Color Rendering Index, Colorimetric Purity, red ratio, Standard deviation of color matching(SDCM), voltage, current, power, power factor, harmonics, and etc. It meets the requirements of CIE standards.
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Integration Spheres
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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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Integrating Spheres For UV
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Konica Minolta Sensing Americas, Inc
Instrument Systems offers complete measurement solutions for UV-A, -B and -C radiation starting from 200 nm. The operation of the well-proven Instrument Systems spectroradiometers, e.g. CAS series, with integrating spheres made from PTFE facilitate high sensitivity measurements of UV radiant flux.
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UDT-Series Integrating Sphere Systems
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Gamma Scientific offers a variety of pre-configured integrating sphere systems for use in conjunction with the UDT line of optical meters, with both 25 mm and 150 mm diameters.
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Visible Light Source/Integrating Sphere
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The Infinity VSX Series Integrating Sphere systems are ultra uniform, highly accurate broadband light sources.
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Integrating Sphere
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The simpler way to measure the total luminous flux of lamps and luminaires is to use an integrating sphere photometer system. It is a device to perform spatial integration of flux optically, thus the total luminous flux can be measured with one fixed photometer head and measurement can be instant. An integrating sphere photometer is calibrated with a total luminous flux standard lamp. A test light source is measured by comparison to a standard lamp calibrated for total luminous flux.
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Broadband Light Meters With Integrating Sphere
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Broadband light meters with integrating sphere for measuring laser power (W) and luminous flux (lm).
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High Precision Spectroradiometer Integrating Sphere System
LPCE-2(LMS-9000)
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LPCE-2 is an Integrating Sphere Spectroradiometer LED Testing System for identifying the performance of single LEDs and LED lamps. LED’s quality should be tested by checking its photometric, colorimetric and electrical parameters. According to CIE127-1997, IES LM-79-08 and IES LM-80-08, it recommends to using an array spectroradiometer with integrating sphere to test SSL products. The LPCE-2 system is applied with a CCD Spectroradiometer (LMS-9000B or LMS-9000A) and worked with A molding integrating sphere with testing holder base function which will be more circle and the test results will be more accurate than the traditional integrating sphere.
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LED Uniform Light Sources
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Integrating sphere light source with LED illuminants (white, RGB-colored, NIR). Options available like variable output control and monitor detectors. We are experts in providing customer specific systems. Please contact us for all possible solutions and finding your perfect solutions. E.g. for EMVA 1288 Standard.
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Transmission & Integrating Sphere FT-NIR Spectrometer
QuasIR™ 4000
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The QuasIR™ 4000 was designed from the ground up to offer the industry a new kind of NIR analysis solution – a solution that brings together the portability required to move NIR analysis closer to point-of-need, combined with unmatched spectroscopic performance for the fastest and most accurate results.
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Integrating Sphere Coating
SP-80
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Integrating Spheres are essential tools for photometric research laboratories & lamp / luminaire manufacturers. A good internal coating is essential forintegrating spheres. It is a special water based BariumSulphate (BaSO ) white reflective paint particularly suitablefor internal coating of Integrating Spheres. It offers an almost constant reflectance in the range of 380 nm to 780 nm (visible wavelength range).
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UV-VIS Spectrophotometer
UV-i Selection
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UV-3600i Plus, the Multi-purpose large-sample compartment and the Integrating sphere attachment also feature three detector, enabling the high-sensitivity measurement of solid samples.
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Uniformity Calibration Standards
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Integrating sphere light sources with halogen lamps or LEDs for generating luminous fields with uniform luminance distribution. Traceable calibrations of luminance or spectral radiance in the wavelength range from 250 nm to 2500 nm.
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UV-VIS-NIR Spectrophotometer
UV-3600i Plus
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UV-3600i Plus, the Multi-purpose large-sample compartment and the Integrating sphere attachment also feature three detector, enabling the high-sensitivity measurement of solid samples. LabSolutions UV-Vis is a next-generation Shimadzu UV control software pursuing efficiency of analysis. LabSolutions UV-Vis software with easy-to-use is included as standard.
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Integrating Sphere
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The standard test temperature is 25, but high power lamps such as HID lamps and LED outdoor luminaires will produce a lot of heat during the test, thus the temperature inside the integrating sphere can not meet the requirements of IEC standards. Lisun Group designed the Constant Temperatured Integrating Sphere which allows the lamp was tested in a constant air temperature.
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Integrating Sphere Based Spectroradiometer Systems
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Spectroradiometer systems with integrating sphere for the measurement of UV-VIS-NIR spectral radiant flux (W/nm) and luminous flux (lm) and chromaticity metrics.
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Integrating Sphere FT-NIR Spectrometer
QuasIR 3000™
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The QuasIR™ 3000 was designed from the ground up to offer the industry a new kind of NIR analysis solution – a solution that brings together the portability required to move NIR analysis closer to point-of-need, combined with unmatched spectroscopic performance for the fastest and most accurate results.
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Integrating Sphere Light Sources
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Integrating sphere light sources with LED based or continuous broadband emission spectrum for use as luminance standards for camera calibration, for the determination of veiling glare, for the adjustment of night vision devices and much more. Diameters in the range from 50 mm to 500 mm with options like monitor detector, signal output control by manual and remote apertures and much more.
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0.3M Integrating Sphere For Leds Luminous Flux Test
CX-0.3S
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Shenzhen Chuangxin Instruments Co., Ltd.
Thesystem are composed of integrating sphere, spectroradiometer and computer to determine the spectroradiometric and colorimetric parameters, e.g. spectral power distribution, chromaticity coordinates, correlated color temperature, color rendering index, color tolerance, color difference, luminous flux, current, voltage, wattage, etc.
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Integrating Spheres
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Artifex Engineering GmbH & Co. KG
We offer integrating spheres made from a special polymer suitable for the wavelength range 250nm – 2.5 µm. For longer wavelengths in the range 700nm – 20 µm, a gold coating on a rough, metallic surface is used. Since lasers in this spectral range are usually also high power, we use solid copper as a thermally conductive substrate material. By choosing the size of the integrating sphere, the overall sensitivity of the system can be adjusted. In addition, the detector is independent of inhomogeneities in power density and polarization. The detector is also independent of the incidence location and angle of the laser radiation.
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Integrating Sphere Systems
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An optical device for various purposes such as. measuring the radiant flux (optical power) from a laser diode, light-emitting diode (LED) or bulb.
