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High-Quality Optical Diffusers for Uniform Light Distribution

Enhance your lighting setup with Orafol's Surface Diffusers, designed for precise light distribution and intensity control. These diffusers effectively homogenize irregular light distributions, providing optimal illumination.

Specifications

Transmission: 91-91%
Angular Tolerance (total): 5.6 %
Uniformity (minimum): -- %
Clear Aperture: 400 mm
Symmetric Half Angle: ± 2.8°
...
Data Sheet
Enhance your lighting setup with Orafol's Surface Diffusers, designed for precise light distribution and intensity control. These diffusers effectively homogenize irregular light distributions, providing optimal illumination.

Specifications

Transmission: 88-88%
Angular Tolerance (total): 7.8 %
Uniformity (minimum): -- %
Clear Aperture:: 300 mm
Symmetric Half Angle: ± 3.9°
...
Data Sheet
Enhance your lighting setup with Orafol's Surface Diffusers, designed for precise light distribution and intensity control. These diffusers effectively homogenize irregular light distributions, providing optimal illumination.

Specifications

Transmission: 92-92%
Angular Tolerance (total): 8 %
Uniformity (minimum): -- %
Clear Aperture: 125 mm
Symmetric Half Angle: ± 4.0°
...
Data Sheet
Enhance your lighting setup with Orafol's Surface Diffusers, designed for precise light distribution and intensity control. These diffusers effectively homogenize irregular light distributions, providing optimal illumination.

Specifications

Transmission: 92-92%
Angular Tolerance (total): 9.5 %
Uniformity (minimum): -- %
Clear Aperture: 232.0 mm
Clear Aperture: 232.0 mm
...
Data Sheet
Enhance your lighting setup with Orafol's Surface Diffusers, designed for precise light distribution and intensity control. These diffusers effectively homogenize irregular light distributions, providing optimal illumination.

Specifications

Transmission: 87-87%
Angular Tolerance (total): 10 %
Uniformity (minimum): -- %
Clear Aperture: 300 mm
Symmetric Half Angle: ± 5.0°
Data Sheet
Enhance your lighting setup with Orafol's Surface Diffusers, designed for precise light distribution and intensity control. These diffusers effectively homogenize irregular light distributions, providing optimal illumination.

Specifications

Transmission: 89-89%
Angular Tolerance (total): 14.8 %
Uniformity (minimum): -- %
Clear Aperture: 200 mm
Symmetric Half Angle: ± 7.4°
...
Data Sheet
Enhance your lighting setup with Orafol's Surface Diffusers, designed for precise light distribution and intensity control. These diffusers effectively homogenize irregular light distributions, providing optimal illumination.

Specifications

Transmission: 92-92%
Angular Tolerance (total): 15.6 %
Uniformity (minimum): -- %
Clear Aperture: 231.0 mm
Clear Aperture: 231.0 mm
...
Data Sheet
The Polymer Integrating Sphere P20 is a high-quality product manufactured by Artifex Engineering for laser and LED applications.   This product has a power handling capability of up to 200mW (CW) and a high-power density of 100W/cm². It is compatible with OPM150 direct connection.

Specifications

Wavelength Range: 250-2500nm
Sphere Diameter: 20 mm
High Power Density: 100 W/cm²
Power Handling Capability: 200 mW
Material: Polymer
...
Data Sheet
The Artifex Engineering Polymer Integrating Sphere SP20 is a high-quality device designed for measuring laser power in the visible to NIR range. The ultra white polymer reflective material ensures accurate measurements, while the convection cooling system prevents the sphere from overheating.   The SP20 comes with SMA ...

Specifications

Wavelength Range: 250-2500nm
Sphere Diameter: 20 mm
Reflective Material: Ultrawhite polymer
Input Port Diameter: 7 mm
Cooling: Convection
...
Data Sheet
Artifex Engineering's P10 Polymer Integrating Sphere is a high-quality integrating sphere designed for laser and LED applications. It has a diameter of 10mm and is specifically designed to minimize attenuation while still reaping the benefits of an integrating sphere.      With a power handling capability of up to ...

Specifications

Wavelength Range: 250-2500nm
Sphere Diameter: 10 mm
Power Handling Capability: 50 mW
Power Density: 100 W/cm²
Compatibility: OPM150 direct connection
...
Data Sheet
Ultra-thin Tailored Micro Diffusers
WaveFront Technology Inc
Ultrathin Tailored Micro-structured Diffuser (UTMD) films are replicated onto various polymer materials  using proprietary methods which include holographically recorded master tools. In very high production volumes UTMD\'s are replicated via a continuous web process at very low costs volumes. WFT is currently producing ...

Specifications

Transmission: 80-90%
Angular Tolerance (total): -- %
Uniformity (minimum): -- %
Data Sheet
Tailored Micro Diffusers
WaveFront Technology Inc
Tailored Micro Diffusers (TMD) are holographically recorded surface relief microstructures which can demonstrate higher brightness and better uniformity than conventional glass bead diffusers. WaveFront Technology, Inc. (WFT) manufactures these TMD’s in a roll to roll process, in a variety of base materials while obtaining ...

Specifications

Transmission: 75-92%
Angular Tolerance (total): 10 %
Uniformity (minimum): 90 %
Data Sheet
The integrating spheres available from IS-Instruments are cost effective solutions for many applications including laser power, flux, reflectance and radiance measurements. The unique manufacture method provides excellent performance levels at extremely competitive prices. The spheres are manufacturing via 3D printing using sintered ...

Specifications

Wavelength Range: 250-1600nm
Sphere Diameter: 50 mm
Data Sheet
The integrating spheres available from IS-Instruments are cost effective solutions for many applications including laser power, flux, reflectance and radiance measurements. The unique manufacture method provides excellent performance levels at extremely competitive prices. The spheres are manufacturing via 3D printing using sintered ...

Specifications

Wavelength Range: 250-1600nm
Sphere Diameter: 50 mm
Data Sheet

Frequently Asked Questions

Diffusers are used to scatter and homogenize light, creating a uniform intensity distribution. They are commonly used in applications such as microscopy, lithography, and spectroscopy.

Diffusers can be made of a variety of materials, including glass, plastic, and fused silica. The choice of material depends on factors such as the desired degree of scatter, the amount of light transmitted, and the uniformity of the intensity distribution.

When choosing a diffuser, consider factors such as the degree of scatter, the amount of light transmitted, and the uniformity of the intensity distribution. Some diffusers may be optimized for specific wavelengths or applications. Consult with an optics expert or manufacturer to ensure that you choose the right diffuser for your application.

Ground glass diffusers are made by physically grinding the surface of a glass plate, while holographic diffusers use holographic technology to create a diffraction grating pattern on the surface of the diffuser. Holographic diffusers typically offer higher performance and better uniformity than ground glass diffusers, but may be more expensive.

Transmission diffusers transmit light through the diffuser material, while reflection diffusers reflect light off the surface of the diffuser. Transmission diffusers are typically used for applications that require high transmission and low scatter, while reflection diffusers are used for applications that require high reflectivity and low scatter.

Our diffusers category offers a wide selection of high-quality optical diffusers for uniform light distribution. Diffusers are used to scatter and homogenize light, creating a uniform intensity distribution. These diffusers offer excellent light transmission, low scatter, and durability, making them ideal for use in a variety of applications, including microscopy, lithography, and spectroscopy. Explore our selection and find the right diffusers for your needs.

Did You know?

Did you know that diffusers are used to scatter and homogenize light, creating a uniform intensity distribution? Diffusers are optical components that are commonly used in applications such as microscopy, lithography, and spectroscopy. They can be made of a variety of materials, including glass, plastic, and fused silica. The performance of diffusers is determined by factors such as the degree of scatter, the amount of light transmitted, and the uniformity of the intensity distribution. Some diffusers may be optimized for specific wavelengths or applications. Consult with an optics expert or manufacturer to ensure that you choose the right diffusers for your application.