Transmittance Integrating Sphere LIGS-C10

Name: Transmittance Integrating Sphere LIGS-C10
Brand: Labtron
SKU: LIGS-C10
Rating: 5 (654 reviews)

Transmittance Integrating Sphere LIGS-C10 offers a spectral range of 200 to 2500 nm, allowing testing across UV, VIS, and NIR regions. It has an internal diameter of 36 mm, optimized for enhanced optical path uniformity and sample compatibility. The wall reflectivity reaches up to 99%, enabling highly efficient light transmittance and minimal signal loss. Its inner liner is made of high-quality PTFE, which ensures outstanding diffuse reflectance and long-term material integrity. Our Integrating Sphere is widely used in the measurement of solids, powders, and transparent samples.

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Transmittance Integrating Sphere LIGS-C10_side view

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Spectral Range	200 to 2500 nm
Inner Diameter	Φ36 mm
Entrance Port Diameter	Φ9.5 mm
Inner Line Material	High-quality PTFE
Inner Wall Reflectivity	Up to 99%
Method	Foam molding
Light Outlet	90° SMA905
Color	Black/blue
Shell Material	Alumina
Dimensions	53 × 53 × 51 mm
Net Weight	368 g

High reflectivity
Excellent lambertian reflectance
High optical stability
Compact design

Our Transmittance Integrating Sphere LIGS-C10 is ideal for optical transmittance and spectral testing applications, mainly in the measurement of solids, powders, and transparent samples. With its high reflectivity and Lambertian interior, it supports chromaticity evaluation, haze detection, and laser spectral power testing with consistent accuracy.

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Transmittance Integrating Sphere LIGS-C10 Catalog

Available Range :

Integrating Sphere LIGS-A10 : 200 to 2500 nm Integrating Sphere LIGS-B10 : 200 to 2500 rpm

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