Quantum Efficiency Integrating Sphere LIGS-D10

Name: Quantum Efficiency Integrating Sphere LIGS-D10
Brand: Labtron
SKU: LIGS-D10
Rating: 5 (625 reviews)

Quantum Efficiency Integrating Sphere LIGS-D10 offers high reflectivity, up to 95% to 97%. Its structure can withstand operating temperatures of up to 100°C, making it suitable for a wide range of experimental environments. The Integrating Sphere uses an erect-type integral ball bracket, ensuring structural integrity and easy alignment. It supports multiple port connector options, such as SMA905 and FC, which can be customized according to specific requirements. Our Integrating Sphere is widely used for measuring fluorescent quantum collection and technical parameters.

Quantum Efficiency Integrating Sphere LIGS-D11_over view

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Diffuse Reflection Material	BaSO4
Reflectivity	95% to 97%
Entrance Port Connector	SMA905/ FC (customizable)
Exit Port Connector	SMA905/ FC (customizable)
Number of the Sample Supports	2
Withstand Temperature	Within 100°C
Integral Ball Bracket	Erect

Premium diffuse reflection materials
Modular design
High-quality sample racks
Compact design

Our Quantum Efficiency Integrating Sphere LIGS-D10 is widely used for fluorescent quantum collection measurements, supporting a wide range of sample types, including liquids, powders, and films. This makes it an ideal solution for laboratories focused on photoluminescence efficiency and spectral emission studies.

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Quantum Efficiency Integrating Sphere LIGS-D10 Catalog

Available Range :

Quantum Efficiency Integrating Sphere LIGS-D10 : BaSO4 Quantum Efficiency Integrating Sphere LIGS-D11 : PTFE

Quantum Efficiency Integrating Sphere LIGS-D10 | Diffuse Reflection Material BaSO4 | Customizable | Number of the Sample Supports 2

Quantum Efficiency Integrating Sphere LIGS-D10 | Premium diffuse reflection materials | Modular design | High-quality sample racks Compact design

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