LMS integrating sphere are Accurate and flexible, Labsphere’s Light Measurement Integrating Spheres are designed to measure the total flux of LEDs, lamps and other light sources.

Model	LMS-100	LMS-200	LMS-400	LMS-650	LMS-760
Sphere Diameter	10 inches (0.25m)	20 inches (0.5m)	40 inches (1m)	65 inches (1.5m)	76 inches (2m)
Max Lamp Length:	5 inches (13cm)	10 inches (25cm)	24 inches (61cm)	34 inches (86cm)	52 inches (1.3m)
Sphere material/Coating	Spectraflect®

Integrating Sphere applications :
Light tight closure Base-up or Base-down lamp mounting Socket Mounting Plate Adjustable fluorescent lamp holder	Variable height electrical supply tube Interchangeable baffle Temperature sensor mounting port 50mm directional light source or LED port

LPM-040-IG	RT-060-SF	RT-060-IG	RTC-060-SF	RTC-060-IG
Sphere Diameter:	6 inches	6 inches	6 inches	6 inches
Sphere Coating:	Spectraflect®	Infragold®	Spectraflect®	Infragold®
Optimum Spectral Range:	250 - 2500 nm	0.7 μm - 20 μm	250 - 2500 nm	0.7 μm - 20 μm

Best for Measuring :
Reflectance and transmittance of materials Reflectance of opaque samples Transmittance of turbid samples	Color properties Reflectance system design Infrared reflectance Reflectance vs. angle

US Serie integrating spheres are Specifically for uniform radiance for the test and calibration of imaging and non-imaging devices.

Integrating Sphere Model	US-060-SF	US-080-SF	US-120-SF	US-200-SF
Sphere Diameter	6 inches	8 inches	12 inches	20 inches
Output Port Diameter	2 inches	2 inches	4 inches	8 inches
Sphere material/Coating	Spectraflect	Spectraflect	Spectraflect	Spectraflect

Integrating Sphere applications :
Calibration and testing of Detectors Calibration and testing of Electronic Imaging devices Calibration and testing of CCD Cameras Calibration of Photometers and Radiometers	Illumination for Densitometry Illumination of Resolution Targets MTF Testing of Optical Systems Transmittance Measurements of Fiber-optics

This line is designed to provide greater configuration flexibility than ever before. Choose your sphere by selecting size, ports, and reflectance material.
This flexibility allows you to create your own uniform source or light measurement system, or modify an existing system in a matter of minutes. A variety of system calibration options enable systems to be customized for application specific tasks.

FEATURES :

• Size: Miniature: 1 - 2 inches / Standard: 3 – 6 inches
• Reflectance Material:Spectralon®-Spectraflect® coating-Infragold® coating
• Optional Detector Assemblies: Silicon-Germanium-Indium-Gallium-Arsenide

Best for Calibrating :
LED Sourced Systems Solid State Lighting Large-Area LED Display Back lighting	General Lighting Automotive Lighting Architectural Lighting

LPM Series Laser Power Measurement Integrating Spheres collect the total radiant power emitted by highly divergent sources such as laser diodes, as well as collimated sources such as lasers.
Applications :

• Measure Laser and Laser Diode Output
• Optical Bench Detection
• Measure Collimated Light sources

Features :

• Independent of Beam geometry
• Collect total power from divergent sources

Exceptional integration of collimated and divergent monochromic light for laser and laser diode characterization.
The systems provide options for laser power measurement over the 300 to 1800 nm wavelength region for optical powers ranging from 0.1uw to hundreds of watts.

BEST FOR Measuring:

• Lasers
• Laser diodes
• Laser diode modules
• Divergent monochromatic sources

FEATURES:

• Measure Total Output Power
• Flexible design for application customization
• Second detector port for a spectrometer or additional fiber
• Three integrating sphere size options:
  2 inch (5 cm) / 4 inch (10 cm) / 6 inch (14.4 cm)
• Three detector options
• NIST-traceable system calibrations