Laser Power Integrating Sphere-Lisen Optics

Lisen Optics laser power integrating sphere adopts ≥ 98% high reflectivity diffuse optical material, unique inner liner optical process, high reflectivity optical material through a special process of modification, casting, and then mechanical processing into a spherical shell shape, and finally polished and cleaned, its biggest advantage is the coating wall thickness, never fall off. The laser power integrating sphere developed by our company can ideally collect the total radiated power of highly dispersive light sources, and only needs to be calibrated and calibrated to achieve accurate measurement; for 1-16μm spectral lasers or high power lasers, gold-plated laser power integrating spheres are required for higher powers, which require water cooling devices. For 0-16μm spectral lasers or high power lasers, a gold-plated laser power integrating sphere is required. The Lisen Optics laser power integrating sphere, need to match with Lyson Optical power mainframe and LiSpecView-VCS spectral power measurement software to achieve spectral power measurement, users can also be flexible with their own ammeter for power measurement

.
Industrial Grade - Laser Spectral Power Integrating Sphere Tester

Main Technical Features

● Laser measurement dynamic range can be flexibly selected, integrating sphere size 1-8 inches optional, also can be customized.

● Integrating sphere output/measurement port uniformity better than 0.1%.

● Power wavelength measurement ranges from 350 to 1100nm/from 800 to 1700nm.

● High power mode configurable gold-plated integrating sphere, wavelength ranges from 1 to 16μm.

● Power stability up to 0.1%, factory traceable calibration, power accuracy better than 1%.

● Enable to collect the total power from highly dispersive sources effectively

● Enable to apply to VCSEL, laser power measurement, high power infrared laser measurement, etc.


Integrating Sphere Reflectance Spectrogram	Gold-Plated Integrating Sphere Reflectance Spectrogram

Laser Spectral Power Integrating Sphere Tester Software’s UI

Lisen Optics laser power integrating sphere adopts ≥ 98% high reflectivity diffuse optical material, unique inner liner optical process, high reflectivity optical material through a special process of modification, casting, and then mechanical processing into a spherical shell shape, and finally polished and cleaned, its biggest advantage is the coating wall thickness, never fall off. The laser power integrating sphere developed by our company can ideally collect the total radiated power of highly dispersive light sources, and only needs to be calibrated and calibrated to achieve accurate measurement; for 1-16μm spectral lasers or high power lasers, gold-plated laser power integrating spheres are required for higher powers, which require water cooling devices. For 0-16μm spectral lasers or high power lasers, a gold-plated laser power integrating sphere is required. The Lisen Optics laser power integrating sphere, need to match with Lyson Optical power mainframe and LiSpecView-VCS spectral power measurement software to achieve spectral power measurement, users can also be flexible with their own ammeter for power measurement

.
Industrial Grade - Laser Spectral Power Integrating Sphere Tester

Main Technical Features

● Laser measurement dynamic range can be flexibly selected, integrating sphere size 1-8 inches optional, also can be customized.

● Integrating sphere output/measurement port uniformity better than 0.1%.

● Power wavelength measurement ranges from 350 to 1100nm/from 800 to 1700nm.

● High power mode configurable gold-plated integrating sphere, wavelength ranges from 1 to 16μm.

● Power stability up to 0.1%, factory traceable calibration, power accuracy better than 1%.

● Enable to collect the total power from highly dispersive sources effectively

● Enable to apply to VCSEL, laser power measurement, high power infrared laser measurement, etc.


Integrating Sphere Reflectance Spectrogram	Gold-Plated Integrating Sphere Reflectance Spectrogram

Laser Spectral Power Integrating Sphere Tester Software’s UI

iSphere-XX-PWR Laser Power Integrating Sphere (VIS Low Power) Technical Indicators

Model	S1-PWR	D1-PWR	F1-PWR	A1-PWR	G1-PWR	B1-PWR
Picture
Diameter	1 inch	2 inch	3.3 inch	4 inch	5.3 inch	6 inch
Aperture Diameter	0.3 inch	0.5 inch	1.0 inch	1.0 inch	1.0 inch	1.0 inch
Maximum Port Diameter	10 mm	20 mm	35 mm	40 mm	60 mm	65 mm
Reflectance	≥98%
Detector	Si
Spectral Range	350 – 1100nm
Laser Loss Threshold	≤0.5W/cm²
Spectral Peak	975nm
Power Accuracy	≤±5%（Specific wavelengths can be better than 1%）
Spectral Response (A/W)@975	12.5×10^-4	5.7×10^-4	2.8×10^-4	1.5×10^-4	10.8×10^-5	6.4×10^-5
Power Range	1.8nW	0.15μW	0.3μW	0.7μW	5μW	2μW
Power Range	-300mW	-1.5W	-3W	-5W	-6.5W	-16W
Sampling Frequency	10Hz-5000Hz
Interface	BNC
Thermal Limit Temperature	200°C

iSphere-XX-PWR Laser Power Integrating Sphere (VIS High Power) Technical Indicators

Model	D1-PWR	F1-PWR	A1-PWR	G1-PWR	B1-PWR	J1-PWR
Picture
Diameter	2 inch	3.3 inch	4.0 inch	5.3 inch	6 inch	8 inch
Aperture Diameter	0.5 inch	1.0 inch	1.0 inch	1.0 inch	1.0 inch	1.0 inch
Maximum Port Diameter	20 mm	35mm	40 mm	60 mm	65 mm	85 mm
Reflectance	≥98%
Detector	Si
Spectral Range	350 – 1100nm
Laser Loss Threshold	≤5W/cm²
Spectral Peak	975nm
Power Accuracy	≤±5%（Specific wavelengths can be better than 1%）
Spectral Response (A/W)@975	6.2×10^-5	9.7×10^-5	3.6×10^-5	15.8×10^-6	20.5×10^-6	38.3×10^-6
Power Range	10μW	20μW	30μW	50μW	200μW	500μW
Power Range	-3W	-10W	-15W	-28W	-100W	-200W
Sampling Frequency	10Hz-5000Hz
Interface	BNC
Thermal Limit Temperature	200°C

iSphere-XX-PWR-NIR Laser Power Integrating Sphere (NIR Low Power) Technical Indicators

Model	S1-PWR	D1-PWR	F1-PWR	A1-PWR	G1-PWR	B1-PWR
Picture
Diameter	1 inch	2 inch	3.3 inch	4 inch	5.3 inch	6 inch
Aperture Diameter	0.3 inch	0.5 inch	1.0 inch	1.0 inch	1.0 inch	1.0 inch
Maximum Port Diameter	10 mm	20 mm	35 mm	40mm	60 mm	65 mm
Reflectance	≥98%
Detector	InGaAs
Spectral Range	800 – 1700nm
Laser Loss Threshold	≤0.5W/cm²
Spectral Peak	1300nm
Power Accuracy	≤±5%（Specific wavelengths can be better than 1%）
Spectral Response (A/W)@1300	3.4×10^-4	9.4×10^-5	5.6×10^-5	2.7×10^-5	1.1×10^-5	3.8×10^-6
Power Range	5nW	0.1μW	0.3μW	0.5μW	5μW	3μW
Power Range	-500mW	-2.5W	-4.5W	-6W	-10W	-20W
Sampling Frequency	10Hz-5000Hz
Interface	BNC
Thermal Limit Temperature	200°C

iSphere-XX-PWR-NIR Laser Power Integrating Sphere (NIR Medium Power) Technical Indicators

Model	D1-PWR	F1-PWR	A1-PWR	G1-PWR	B1-PWR	J1-PWR
Picture
Diameter	2 inch	3.3 inch	4 inch	5.3 inch	6 inch	8 inch
Aperture Diameter	0.5 inch	1.0 inch	1.0 inch	1.0 inch	1.0 inch	1.0 inch
Maximum Port Diameter	20 mm	35 mm	40 mm	60 mm	65 mm	85 mm
Reflectance	≥98%
Detector	InGaAs
Spectral Range	800 – 1700nm
Laser Loss Threshold	≤5W/cm²
Spectral Peak	1600nm
Power Accuracy	≤±5%（Specific wavelengths can be better than 1%）
Spectral Response (A/W)@1300	2.5×10^-4	6.8×10^-4	9.2×10^-5	3.2×10^-5	1.8×10^-5	8.7×10^-6
Power Range	4nW	15μW	25μW	43μW	58μW	70μW
Power Range	-10mW	-25W	-35W	-50W	-75W	-100W
Sampling Frequency	10Hz-5000Hz
Interface	BNC
Thermal Limit Temperature	200°C

iSphere-XX-PWR-NIR Laser Power Integrating Sphere (NIR High Power) Technical Indicators

Model	D1-PWR	F1-PWR	A1-PWR	G1-PWR	B1-PWR	J1-PWR
Picture
Diameter	2 inch	3.3 inch	4 inch	5.3 inch	6 inch	8 inch
Aperture Diameter	0.5 inch	1.0 inch	1.0 inch	1.0 inch	1.0 inch	1.0 inch
Maximum Port Diameter	20 mm	35 mm	40 mm	60 mm	65 mm	85 mm
Reflectance	≥98%Diffused gold
Detector	InGaAs
Spectral Range	800 – 1700nm
Laser Loss Threshold	1600nm
Spectral Peak	18.9 J/cm2 @ 10.6 μm
Power Accuracy	≤±5%（Specific wavelengths can be better than 1%）
Spectral Response (A/W)@1300	1.4×10^-5	9.8×10^-5	2.4×10^-5	1.1×10^-5	7.9×10^-6	33.5×10^-6
Power Range	7nW	20μW	29μW	50μW	69μW	200μW
Power Range	-70mW	-100W	-290W	-350W	-600W	-1000W
Sampling Frequency	10Hz-5000Hz
Interface	BNC
Thermal Limit Temperature	600℃