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UVC Sensors for Germicidal and Sterilization Applications
GET A QUOTESolar Light’s NIST-Traceable PMA-Series UVC Sensors are the industry standard in sterilization and germicidal applications worldwide. We offer a wide variety of UVC Radiation Safety Sensors and Germicidal UVC Sensors in both digital and analog configurations. These rugged units can be packaged to fit any environment, from hospital operating rooms, to harsh locations outdoors, to 100 meters under water. In addition, we have advanced Germicidal Lamp Monitor Systems with fixed or remote sensors for water treatment and purification applications. Solar Light Company, LLC welcomes OEM opportunities, including private labeling, and production of sensors and monitors with customized settings for specific applications.
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VIS Lamps For Light Testing Shelves
Read moreSolar Light Company offer VIS Lamps For Light Testing Shelves.
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Visible Light Reflectance Test
GET A QUOTESolar Light Company, LLC provides Visible Spectral Reflectance Testing Services, covering the 400-700nm range with 10nm intervals. As a means of assessing the changes of a material under the action of accelerated light exposure, we employ our Hunter spectrophotometer to measure the Spectral Reflectance, or color changes.
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1.2″ (3 cm) 300W Plastics, Paints & Coatings Testing Solar Simulator Kit Model 16S-300-003
GET A QUOTEThe 300W 16S-300-003 Materials Testing Solar Simulator Kit produces a 1.2″ (3 cm) output in the 290-400nm range, also available UVA only, UVB only, UVA+B, or full spectrum sunlight optionally. Common materials tested include plastics, paints, coatings, inks, dyes, vinyls and fabrics.
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6″ (15.25 cm) 1000W Photobiology Testing Solar Simulator Kit Model LS1000-R6-006
GET A QUOTEThe LS1000-6R-006 Photobiology Testing Solar Simulator Kits are designed for versatility in laboratory applications including photobiological studies, mutagenesis research, and UV biological experiments. The unit produces a 6″ (15.25 cm) Class A beam in the 290-400nm range, which can be quickly and easily configured by the user to provide UVA only, UVB only, UVA+B, or visible light optionally.
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6″ (15.25 cm) 1000W Pre-Irradiation Solar Simulator Model LS1000-6S-009
GET A QUOTE1000W Pre-Irradiation Solar Simulator Kit specifically designed for the pre-irradiation step during in vitro broad spectrum sunscreen testing. Fully compliant with the most current FDA and ISO requirements. The 6″ (15.25 cm) Class A beam can irradiate up to 9 PMMA plates simultaneously.
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6″ (15.25 cm) 1000W PV Cell Testing Solar Simulator Kit Model LS1000-6S-002
GET A QUOTELS1000-6S-002 Solar Simulators produce a 6″ (15.25 cm) Class A Air Mass 1.5 Emission Spectrum to accurately replicate full spectrum sunlight for PV Cell research, in accordance with the latest ASTM, IEC, and ISO laboratory standards.
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6” (15 cm) Square Beam 1000W Air Mass Solar Simulator Model LS1000-6S-AM
GET A QUOTEThe LS1000-6S-AM Solar Simulator accurately replicates full spectrum sunlight, with 1 sun output intensity by producing Class A Air Mass 0 and Air Mass 1.5 Emission Spectra. Output beams are available in either round or square shape with 6″ (15.25 cm) sizes. These precision research-grade instruments are specifically designed to comply with the latest ASTM, IEC, and ISO laboratory standards, and are relied upon by the most prestigious laboratories worldwide.
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6” (15 cm) Square Beam 1000W UV Solar Simulator Model LS1000-6S-UV
GET A QUOTEThe LS1000-6S-UV 1000W Solar Simulator produces solar UV radiation in the 290-400nm range, and can be quickly and easily configured by the user to provide UVA only and UVB only options. With 98% uniformity available in the 6″ (15.25 cm) square beam’s central usable area, these precision research-grade instruments are specifically designed to comply with the latest laboratory standards such as ASTM, IEC, and ISO.
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6″ (15 cm) Square Beam 1000W HEV Solar Simulator Model LS1000-6S-HEV
GET A QUOTELS1000-6S-HEV Solar Simulators produce a 6″ (15 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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6″ (15 cm) Square Beam 1000W IR Solar Simulator Model LS1000-6S-IR
GET A QUOTELS1000-6S-IR Solar Simulators produce a 6″ (15 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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6″ (15 cm) Square Beam 1000W UVA Solar Simulator Model LS1000-6S-UVA
GET A QUOTESolar Light’s state of the art single output 1000W LS1000-6S-UVA Solar Simulator produces a 6” (15 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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6″ (15 cm) Square Beam 1000W UVB Solar Simulator Model LS1000-6S-UVB
GET A QUOTELS1000-6S-UVB Solar Simulators produce a 6″ (15 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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Digital Sensor Selection Guide
GET A QUOTESolar Light’s NIST-Traceable PMA-Series Digital Sensors represent the pinnacle of accuracy, durability, and selection on the market today. Our sensors measure discrete bands of the electromagnetic spectrum from the UVA, UVB, UVA+B, UVC, Visible Light, and Infrared regions. Both narrow and broad bands are available to fit any application, including germicidal requirements, environmental probes, and sensors for biologically weighted spectra (such as the erythema and CIE action spectra.) Over 135 different sensors are available in a variety of packages to fit any environment, from indoor clean rooms to harsh locations outdoors to 100 meters under water. Please note that Solar Light offers both Digital Sensors and Analog Sensors in the PMA-Series lineup. Select these Digital Sensors if you prefer to plug into our PMA-Series Radiometers to read the output of the sensor on the meter’s display. Digital models are typically used as discrete sensors that are portable and located to provide short term information. (By contrast, please select Analog Sensors if you don’t need a digital display output of the reading, if you will be connecting to your own datalogger, or if you plan to use a voltage source to provide excitation voltage to the sensor and a digital volt or amp meter to read and convert the results. Analog Sensors are typically used as process sensors that are permanently installed to provide ongoing information.)
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Laboratory Scissor Jack
GET A QUOTESolar Light Company’s laboratory scissor jack has a 5.5” X 5.5” (14 cm X 14 cm) surface area and allows for height adjustment from 2.75” to 10.25” (7 cm to 26 cm) for accurate measurement setup.
