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Model PMA2130 Digital Photopic Light Sensor
Read moreSolar Light’s Model PMA2130 Digital Photopic Light Sensor is a portable Lux detector with a spectral response following the CIE photopic luminous efficiency function (which mimics the human eye’s response in the visible region) and following the SI definition of 683 lm/W at 555 nm.
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Point of Service Cart
GET A QUOTESolar Light Company offers a point of service cart with 2 axis, horizontal and vertical adj., that are either prone or seated.
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0.8″ (2 cm) 150W HEV Solar Simulator Kit Model 16S-150-0.8-HEV
GET A QUOTE16S-150-0.8-HEV Solar Simulators produce a 0.8″ (2 cm) High Energy Visible (HEV) solar radiation in the 400-500nm range, or the portion of the visible light spectrum that is closest to the UV band (mainly violet and blue light rays), specifically designed for in vitro and in vivo sunscreen testing, as well as clinical, medical, and photobiological studies.
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0.8″ (2 cm) 150W IR Solar Simulator Kit Model 16S-150-0.8-IR
GET A QUOTE16S-150-0.8-IR Solar Simulators produce a 0.8″ (2 cm) Infrared (IR) solar radiation in the 700-2400nm range specifically designed for in vitro and in vivo sunscreen testing, as well as clinical, medical, and photobiological studies.
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0.8″ (2 cm) 150W UVA Solar Simulator Kit Model 16S-150-0.8-UVA
GET A QUOTESolar Light’s state of the art single output 150W 16S-150-0.8-UVA Solar Simulator produces a 0.8” (2 cm) UVA beam in the range of 320-400 nm, specifically for research applications such as in vitro and in vivo sunscreen testing.
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0.8″ (2 cm) 150W UVB Solar Simulator Kit Model 16S-150-0.8-UVB
GET A QUOTE16S-150-0.8-UVB Solar Simulators produce a 0.8″ (2 cm) UVB spectrum in the range of 280-320 nm, which can be used for a wide variety of dermatological research such a photo allergy and photo toxicity studies.
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6″S LS1000 Air Mass 1.5G Filter Set (Unmounted)
GET A QUOTESolar Light Company offers a 6″S LS1000 Air Mass 1.5G Filter Set, 3″ X 3″ (Unmounted).
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Model PMA2131 Digital Scotopic Light Sensor
Read moreSolar Light’s Model PMA2131 Digital Scotopic Light Sensor is a portable Lux detector with spectral response following the CIE Scotopic Luminous Efficiency Function (which mimics the human eye’s response in low light conditions.)
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Shutter Package
GET A QUOTESolar Light Company offers a shutter package including shutter assembly for 16S-Series Solar Simulators, solenoid, and wiring.
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0.4″ (1 cm) 150W UVB Solar Simulator Kit Model 16S-150-0.4-UVB
GET A QUOTE16S-150-0.4-UVB Solar Simulators produce a 0.4″ (1.2 cm) UVB spectrum in the range of 280-320 nm, which can be used for a wide variety of dermatological research such a photo allergy and photo toxicity studies.
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0.4″ (1 cm) 150W HEV Solar Simulator Kit Model 16S-150-0.4-HEV
GET A QUOTE16S-150-0.4-HEV Solar Simulators produce a 0.4″ (1 cm) High Energy Visible (HEV) solar radiation in the 400-500nm range, or the portion of the visible light spectrum that is closest to the UV band (mainly violet and blue light rays), specifically designed for in vitro and in vivo sunscreen testing, as well as clinical, medical, and photobiological studies.
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0.4″ (1 cm) 150W IR Solar Simulator Kit Model 16S-150-0.4-IR
GET A QUOTE16S-150-0.4-IR Solar Simulators produce a 0.4″ (1 cm) Infrared (IR) solar radiation in the 700-2400nm range specifically designed for in vitro and in vivo sunscreen testing, as well as clinical, medical, and photobiological studies.
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0.4″ (1 cm) 150W UVA Solar Simulator Kit Model 16S-150-0.4-UVA
GET A QUOTESolar Light’s state of the art single output 150W 16S-150-0.4-UVA Solar Simulator produces a 0.4” (1.2 cm) UVA beam in the range of 320-400 nm, specifically for research applications such as in vitro and in vivo sunscreen testing.
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16S UVB Bandpass Filter
GET A QUOTESolar Light Company offers UVB-only 2″ X 2″ (5.08 cm X 5.08 cm) output bandpass filters unmounted for 16S-Series Solar Simulators.
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Model PMA2132 Digital Quantum Light (PAR) Sensor
Read moreSolar Light’s Model PMA2132 Digital Quantum Light (PAR) Sensor measures the photon flux in wavelength range from 400 to 700 nm. There is a proportional relationship between the number of photons absorbed in 400 to 700 nm band and the rate of photosynthesis in plants.
