XME-2201-10001 Photometric integrating sphere for radiation Introduction: As one of the most commonly used lighting devices in optics, the integrating sphere has the characteristics of high reflection and scattering on its inner surface. Light is evenly distributed on the wall of the sphere and undergoes irregular reflection, allowing for accurate measurement of energy through full integration. One or several perforations are made on the wall of the ball to serve as inlet, outlet, and sample holes. Some integrating balls are also equipped with accessories such as sample holders, lens holders, hole plugs, light barriers, and standard whiteboards. The radiometric integrating sphere can be combined with a spectrometer, optical fiber, light source, and various optical measurement equipment to form a system for various sample measurements, such as sample transmittance, light source radiation, etc. Features: 1. Compact design, the number and size of openings can be customized according to needs 2. The spectral range covers UV, VIS, IR 250-2500nm 3. Customizable adapters for fixing various types of light sources Application: Fields such as lighting optics, fiber optics, laser technology, photographic chemistry, material analysis, and medical technology. Measure the transmission characteristics of transparent materials: transmittance, absorption characteristics, spectral characteristics; Measure the radiation characteristics of the light source, such as luminous flux, intensity, color temperature, and spectrum; Measure the power level and radiation curve of the radiation source. Technical parameters: Model: XME-2201-10001 Ball diameter: 100mm External dimensions: spherical, Φ 100mm Built-in light barrier: Yes Detection ports: 2, optional photodetector adapter and fiber optic adapter Light inlet: The size can be customized, and the light source fixed adapter can also be customized Coating material: PTFE, BaSO4, MgO optional Spectral range: 250-2500nm
Introduction: As one of the most commonly used lighting devices in optics, the integrating sphere has the characteristics of high reflection and scattering on its inner surface. Light is evenly distributed on the wall of the sphere and undergoes irregular reflection, allowing for accurate measurement of energy through full integration. One or several perforations are made on the wall of the ball to serve as inlet, outlet, and sample holes. Some integrating balls are also equipped with accessories such as sample holders, lens holders, hole plugs, light barriers, and standard whiteboards. The radiometric integrating sphere can be combined with a spectrometer, optical fiber, light source, and various optical measurement equipment to form a system for various sample measurements, such as sample transmittance, light source radiation, etc.
