The IC series integrating sphere of Wenyi Optoelectronics has a wide spectral range covering ultraviolet visible near-infrared (300-2400 nm). The IC series integrating ball is made of high-quality PTFE material and barium sulfate material spray coating, which can provide ultra-high reflectivity in the 300-2400 nm wavelength range. The IC series integrating sphere can detect the luminous flux, wavelength and other parameters of various light-emitting products such as LED and lighting, and has wide applications in various industries. The IC series integrating ball ports of Wen Yi Optoelectronics are all SMA905 standard interfaces (interfaces can also be customized).

Choose your sphere by selecting dimensions, ports, and reflective materials/coatings. Adding various interchangeable accessories, including light sources, components, ports, etc., can achieve countless application solutions.

This flexibility allows you to create your own unified light source and lighting measurement system, allowing you to modify existing systems in just a few minutes. Various system calibration options allow the system to be customized for specific application tasks.

The integration ball design of Wenyi Optoelectronics features a sturdy port frame, easy to access installation options, and quick replacement parts options to meet various requirements. Wen Yi Optoelectronics' calibration laboratory provides calibration options to ensure that your system can be customized according to specific application requirements. When replacing components, simply click on the system software to recalibrate.

PTFE coating has a high reflective surface and almost perfect Lambertian reflectance. These coatings are both durable and maintain high stability for a long time, ensuring excellent integration of light throughout the lifespan of the sphere.

Main applications: 1. LED source system 2 Solid state lighting 3 Large area LED display backlight 4 General lighting 5 Automotive lighting 6 Architectural lighting

Integral spheres for different purposes:

Universal Integral Sphere

Reflection transmittance measurement integrating sphere

Optical measurement integrating sphere

Uniform light source integrating sphere

Integrating spheres of different specifications and sizes:

Minimum to 30mm, maximum to 10cm or larger (0.5m or 1m diameter)

Integral spheres of various internal reflection layers:

High diffuse reflectance, up to 99%;

Good Lambertian characteristics;

Covering the ultraviolet, visible, and infrared regions;

Good durability, waterproofing, and radiation resistance, widely used in aerospace and laser applications;

Processed into various shapes and sprayed onto various required surfaces;

Integral sphere principle:

The basic working principle of an integrating sphere is shown in the figure on the right: after the light is incident through the input hole, it is uniformly reflected and diffused inside the sphere, forming a uniform light intensity distribution on the spherical surface. Therefore, the light obtained through the output hole is a very uniform diffused beam. Moreover, the incident angle, spatial distribution, and polarity of the incident light will not affect the intensity and uniformity of the output beam. At the same time, because the light passes through the uniform distribution inside the integrating sphere before being emitted, the integrating sphere can also be used as a light intensity attenuator, with an output intensity ratio of approximately: light output hole area/surface area inside the integrating sphere.