UV enhanced integrating sphere

Product spectral range: 200-2500nm

Principle of Integral Sphere:

The most typical application of an integrating sphere is as a homogenizer. Due to the influence of its size, shape, voltage fluctuations, etc., the light emitted by the light source cannot be a uniform beam of light, which can affect the measurement of radiance, luminosity, and brightness. Therefore, at this point, it is necessary to use an integrating sphere to homogenize the light emitted by the light source. Place the light source inside the integrating sphere, and open a hole on the integrating sphere as an exit window. There is a shielding screen between the light source and the integrating sphere. Afterwards, simply close the integrating sphere, power on the light source, and obtain uniform illumination at the exit window

Generally speaking, when used with caution, optical diffusion sheets can reduce small errors caused by uneven distribution of incident light sources or beam offset on the detector during measurement, thus improving measurement accuracy. However, in precise measurements, an integrating sphere must be used as an optical diffuser to minimize the aforementioned errors

Integral sphere can be used to test parameters such as luminous flux, color temperature, and light efficiency of a light source

Product application:

The integrating sphere has been widely used in national defense, scientific research, universities, and other fields. It can measure light sources, optical materials, colors, as well as numerous optical tests and spectral analyses in aerospace, environmental, medical, laser technology, and more. It is the most basic and versatile optical instrument in scientific research and industrial fields

The photometric integrating sphere is one of the most commonly used measuring instruments in optics, such as lighting, fiber optics, laser technology, photographic chemistry, material analysis, and medical technology. The integrating sphere has been widely used in these fields

Welcome to customize various sizes of integrating balls