Integrating Sphere LIGS-A13

Name: Integrating Sphere LIGS-A13
Brand: Labtron
SKU: LIGS-A13
Rating: 4.7 (778 reviews)

Integrating Sphere LIGS-A13 offers a wide spectral range of 200 to 2500 with a diameter of 150 mm. It offers consistent and diffuse light distribution, ideal for accurate sampling in reflectance and transmittance studies. The Sphere is built with durable coating materials such as BaSo₄or PTFE to ensure long-term optical stability. Its coating is resistant to yellowing and flaking, providing consistent and reliable measurement results. Our Integrating Sphere is widely used for light source uniformity evaluation, laser power monitoring, and spectral efficiency testing.

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Diameter	150 mm
Spectral Range	200 to 2500 nm
Coating Material	BaSO₄ or PTFE
Coating Reflectivity	95% or 97%
Number of Openings	3 (customizable)
Opening Position	0°, Arctic (North Pole), 90°
Opening Size	1.5 inch (0°), 1 inch (North Pole), 1 inch (90°)
Bracket	Pedestal

Broad spectrum coverage
Cost-effective design
Excellent lambertian characteristics
Compact design

Our Integrating Sphere LIGS-A13 is well-suited for diverse optical measurement applications, such as evaluating light source uniformity, laser power analysis, and spectral efficiency assessments. It supports accurate transmittance and reflectance measurements across a wide range of sample types. Its flexible design allows integration with accessories such as collimating lenses, cuvette holders, and power probes, enhancing experimental capabilities.

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Available Range :

Integrating Sphere LIGS-A11 : 100 mm Integrating Sphere LIGS-A12 : 125 mm Integrating Sphere LIGS-A13 : 150 mm Integrating Sphere LIGS-A10 : 84 mm

Models of Integrating Sphere

Labtron is a supplier of a wide range of Integrating Spheres with a broad wavelength for precision spectral measurements. Their inner surface is coated with BaSO₄ or PTFE to deliver high diffuse reflectivity and long-term durability. They feature three customizable openings allowing flexible experimental configurations. Their varying diameter supports high-precision measurements and provides stability across broader spectral regions. Our Integrating Spheres are widely used in optical measurement applications, such as light source uniformity, laser power analysis, and spectral efficiency assessments