Image Name

Leave a message for inquiry

Leave your phone number, and we'll get in touch with you as soon as possible.


%{tishi_zhanwei}%

Integrating sphere


  Changchun New Industries Optoelectronics Technology Co., Ltd. introduces universal integrating spheres as well as custom-designed models, ideal for building diverse spectral measurement systems. These spheres offer excellent value and versatility, easily paired with complementary accessories to serve as uniform light sources, enable laser power and spectral measurements, measure transmittance, determine reflectance, and more.

  The integrating sphere features a versatile opening design, allowing for quick installation of compatible accessories tailored to specific applications, thus meeting the need for multi-purpose functionality. It’s easy to operate and highly flexible in use, and customers can even customize the size and position of the opening according to their unique requirements. The sphere is coated with a diffuse reflectant material that boasts exceptional stability, excellent Lambertian properties, and high diffuse reflectance. Importantly, this coating resists yellowing and peeling over time, ensuring optimal test performance every time.

 

 

Universal Integrating Sphere

Features

  • Can be applied to multiple spectral measurements and is highly versatile.
  • High-performance diffuse reflection layer with excellent stability
  • Excellent Lambertian Properties
  • Can be paired with various accessories for flexible operation.
  • Customizable opening

Application

  • Uniform light sources of various types
  • Reflectance and Transmittance Spectral Measurements
  • Laser power measurement, fluorescence quantum efficiency spectroscopy
  • Scientific research experiments and analysis
  • Product testing and verification, radiation calibration and alignment

 

General-purpose Integrating Sphere Technical Specifications

 

Model

 

IS84-T

IS100-T

IS125-T

IS150-T

Diameter

φ84mm

φ100mm

φ125mm

φ150mm

Spectral range

200-2500nm

200-2500nm

200-2500nm

200-2500nm

Coating material

BaSO4 or PTFE

BaSO4 or PTFE

BaSO4 or PTFE

BaSO4 or PTFE

Coating reflectivity

95% or 97%

95% or 97%

95% or 97%

95% or 97%

Number of openings

3 (Customizable)

3 (Customizable)

3 (Customizable)

3 (Customizable)

Opening position

0°, North Pole, 90°

0°, North Pole, 90°

0°, North Pole, 90°

0°, North Pole, 90°

Opening size

1 inch (0°), 1 inch (North Pole), 1 inch (90°)

1.5 inches (0°), 1 inch (North Pole), 1 inch (90°)

1.5 inches (0°), 1 inch (North Pole), 1 inch (90°)

1.5 inches (0°), 1 inch (North Pole), 1 inch (90°)

Support structure

Pedestal

Pedestal

Pedestal

Pedestal

 

Application Examples

Fluorescence Quantum Yield Measurement

Use a power probe to measure the light source's power.

Light Transmittance Measurement

 

Laser power measurement

LED uniform light source

 
 


Customized Integrating Sphere

 

 

Type

 

Product images

Application

Gold-plated integrating sphere

 

Infrared high/low laser power measurement (use a gold-plated, water-cooled integrating sphere if the power is too high); 
Laser and laser diode output characteristic testing; 
Measurement of output characteristics of CO2 lasers and Nd:YAG lasers;

Reflectance-specific integrating sphere

 

Solid sample reflectance measurement;

Reflectance measurements of powder and thin-film samples;

Spectral reflectance measurement;

Reflectance measurement;

Diffuse reflection measurement;

Light Transmittance Dedicated Integrating Sphere

 

Solid sample transmittance measurement;

Liquid transmittance measurement;

Powder and transparent sample transmittance measurements;

Spectral transmittance measurement;

Through colorimetric determination; 
Transmission measurement;

Quantum Efficiency-Specific Integrating Sphere


 


 

Luminescence Quantum Measurement;

Specialized integrating sphere for water quality analysis

 

 

 

Water body detection and analysis;

Dedicated Integrating Sphere for Uniform Light Sources

 

For calibration of imaging systems and devices used within the laboratory;

Uniformity correction for large- and small-aperture space-based remote sensing and telemetry systems; 
Film/Digital Camera/Camcorder Uniformity Correction; 
Calibration of CCDs, uniformity of area-array detectors, and spectral response characteristics; 
Biological, low-light imaging, and quantitative measurement calibration; 
For generating uniform output of dim lighting, such as simulating starlight, moonlight, and more; 
Can be used to generate monochromatic weak light signals; 
For calibrating cameras used in low-light measurements, such as calibration of fluorescence measurement systems; 
It can be widely applied in fields such as bioimaging, pharmaceuticals, and biomedicine;


Note: The custom integrating spheres mentioned above can be tailored to meet specific user requirements, offering different spectral ranges, sizes, output beam intensities, and output aperture diameters.