Integrating Sphere LIGS-A10

Name: Integrating Sphere LIGS-A10
Brand: Labtron
SKU: LIGS-A10
Rating: 4.8 (962 reviews)

Integrating Sphere LIGS-A10 is designed for a wide range of spectral measurements, covering a wavelength range from 200 to 2500 nm. It has a diameter of 100 nm, which is suitable for basic spectral measurement and space-constrained setups. The Integrating Sphere is equipped with a universal opening, enabling easy installation of various accessories. It is coated to resist yellowing and flaking, maintaining accurate and repeatable results. Our integrating sphere is widely used for optical measurement applications, such as light source uniformity, laser power analysis, and spectral efficiency assessments.

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Diameter	84 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 inch (0°), 1 inch (North Pole), 1 inch (90°)
Bracket	Pedestal
Net Weight	0.8 kg
Packaging Dimension	31 × 26× 22 cm
Gross Weight	1.25 kg

High optical stability
Multipurpose setup
Cost-effective design
Excellent lambertian characteristics

Our Integrating Sphere LIGS-A10 is ideal for a wide range of optical measurement applications, including light source uniformity, laser power analysis, and spectral efficiency assessments. It enables precise transmittance and reflectance measurements across various 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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Integrating Sphere LIGS-A10 Catalog

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