Archimedean polyhedron integrating sphere

Product Features

• 1 inch, 2 inches, 4 inches optional
• Reflectivity ≥ 98%
• Flexible accessory selection
• Rotating bracket adjustment
• Coating options: PTFE and gold plating
• Standard SM1, SM05 threads
• Flexible configuration of fiber flanges

• 1 inch, 2 inches, 4 inches optional

This series of integrating sphere products features a unique polyhedral design, demonstrating the exquisite craftsmanship of modern industrial design. The inner cavity diameter has been carefully planned with three specifications: 1 inch (25.4mm), 2 inches (50.8mm), and 4 inches (101.6mm). These specifications not only meet the extensive practical application needs in the scientific research field but also ensure that users can find the most suitable size option for different research projects.

•Reflectivity ≥ 98%

Dimension-Labs, leveraging innovative technology and exquisite craftsmanship, has launched the Archimedean polyhedron integrating sphere series. This series of products utilizes high-quality PTFE materials and adopts precise coating technology to ensure that the internal reflectivity reaches over 98%. Compared with traditional coating materials such as MgO and BaSO₄, the Archimedean polyhedron integrating sphere series has achieved significant performance improvements, bringing users a better experience

• Flexible accessory options with standard SM1 and SM05 threads

The independently developed optical integrating sphere products launched by Dimension-Labs demonstrate a high level of adaptability and innovation. Each specification of the integrating sphere is paired with a variety of high-precision accessories, including precision detectors, stable light sources, efficient apertures, and high-quality fiber flanges, etc. Every accessory adheres to internationally standard thread specifications and dimensions, ensuring convenience and efficiency for users during installation and replacement.

• Rotating bracket adjustment

After meticulous research and development, this series of optical integrating sphere products not only boasts an elegant and sleek appearance but also combines practicality with durability. Specifically for the 4-inch integrating sphere, Dimension-Labs has specially designed a rotatable and vertically adjustable bracket. Users can easily adjust the position and angle of the integrating sphere with simple operations. This innovative design not only greatly enhances the convenience of measurement but also significantly improves measurement efficiency.

• Flexible configuration of fiber optic flanges

This series of universal optical integrating sphere products has a wide range of applications. They not only play an important role in the fields of space laser and lighting, but also work in collaboration with high-end equipment such as optical fibers and spectrometers in the field of spectral measurement. Equipped with SMA and FC interface fiber flanges with standard SM1 and SM05 thread specifications, they provide users with an efficient and accurate sample data measurement experience.

Application scenarios

• Laser power measurement

In laser applications, collimation, coupling, and shaping of laser beams are common operations, among which the accurate measurement of laser power is particularly crucial. While traditional laser power meters can meet the requirement of measurement accuracy, they fall short in terms of measurable power range. However, using an integrating sphere as a measurement probe can not only significantly increase the upper limit of measurement but also ensure the accuracy of the results.

• Spectral measurement

Integrating spheres are widely used in spectral measurement. They can be employed to measure parameters of light sources such as luminous flux, color temperature, and luminous efficacy. Additionally, they are applicable for color analysis and matching. By measuring the spectral distribution of light of different wavelengths within the integrating sphere, parameters like color coordinates, color temperature, and color rendering index of colors can be obtained, which are utilized in color management and quality control.

• Transmission/reflectance measurement

Integrating spheres can be used to detect the reflection and transmission properties of optical components. By placing the optical component at the entrance of the integrating sphere, the performance and quality of the optical component can be evaluated through measuring the distribution and intensity of reflected light and transmitted light.

• Integrating sphere uniform light source

Integrating spheres can also be used to generate uniform light sources, which are mainly applied in fields such as calibration and testing of spectrometers, electronic imaging devices, CCD cameras, calibration of photometers and radiometers, illuminance testing of optical density and target plates, MTF optical system testing, and optical fiber transmittance testing.