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Solar Light's new Solarmeter Model 8.0RP UVC Meter combines the same NIST-traceable accuracy and reliability you're used to from the standard Model 8.0 UVC meter with a remote probe on a 3 foot (0.91 meter) cable. The probe is black anodized aluminum for maximum durability and light weight, and measures a compact 0.8" high x 1.6" diameter (20.3mm high x 40.6mm diameter.) Compared to the standard model's fixed position sensor, the remote probe provides an added measure of flexibility in positioning during measurements. This can be of critical importance in typical applications with limited space such as monitoring UVC germicidal lamp intensity and aging, measuring germicidal lamp fixture leakage, and testing eyewear UVC blocking capabilities.

Solar Light's precision research-grade 16S-150-001 SPF Testing Solar Simulator is specifically designed for In Vivo SPF sunscreen testing in compliance to the latest ISO24442, ISO24444, FDA Final Rule, JCIA, Australian, and COLIPA spectral irradiance standards. This state of the art single output 150W unit produces solar UV radiation in the 290-400nm range, and can be quickly and easily configured by the user to provide UVA only, UVB only, UVA+B, or full spectrum sunlight optionally. The unit's 0.4" / 1 cm horizontal beam output is approximately 20 times the intensity of the sun, delivering 2.9 MED/min UVA+B or 85 mW/cm² UVA-Only. A patient stop is included as shown to ensure accurate irradiation onto the test subjects. Our DCS-2 Automatic Dose Control System is also included to continuously monitor the output, and automatically deliver the exact required dose. Everything required for instant testing right out of the crate is included direct from the factory: Solar Simulator, Automatic Dose Controller, NIST-traceable SUV and UVA Sensors, and all related accessories.

Solar Light's state of the art single output PV Cell Testing Solar Simulators produce Class A Air Mass 1.5 Emission Spectrum to accurately replicate full spectrum sunlight, with 1 sun output intensity. They can also be quickly and easily configured by the user to provide UVA only, UVB only, UVA+B, or custom spectra optionally. Models are available from 150W / 1.2 (3 cm) to 1000W / 6 (15.25 cm) These precision research-grade instruments are specifically designed for testing photovoltaic cells in accordance with the latest ASTM, IEC, and ISO laboratory standards, and come complete with everything required to immediately begin testing, including the Simulator, intelligent Power Supply, advanced Data Logging Radiometer, PMA-Series Full Spectrum Class II Pyranometer, safety glasses, and more. A Source Meter and Calibrated Reference Cell are also available optionally.

Solar Light Company, Inc. announces a new, ultra-accurate Accelerated Indoor UV / Florescent Light Testing Service for indoor exposure of plastics (including vinyls, PE, ABS, acrylics, polycarbonates, PET, HIPS, and other synthetic materials,) paints, coatings, textiles, inks, dyes, papers (including cardboards and wallpapers,) and any other materials which are subject to degradation inside. The company's state of the art laboratory uses fluorescent sources of several types, depending on the customer's unique requirements. In most cases, exposure to a year's worth of indoor can be accomplished in under a week, objectively determining the sample material's reaction per standards such as ASTM G154. As the test proceeds, trained physicists are able to collect data points such as colorimetry, gloss measurements, photography, and more, ultimately producing a formal report detailing all results of the test.

Solar Light Company, Inc. announces a new, ultra-accurate Accelerated Outdoor UV / Sun Fade Testing Service for outdoor exposure of plastics (including vinyls, PE, ABS, acrylics, polycarbonates, PET, HIPS, and other synthetic materials,) paints, coatings, textiles, inks, dyes, papers (including cardboards and wallpapers,) and any other materials which are subject to degradation outside. The company's state of the art laboratory uses either xenon arc sources or fluorescent sources of several types, depending on the customer's unique requirements. In most cases, exposure to a year's worth of sunlight can be accomplished in approximately a week, objectively determining the sample material's reaction. As the test proceeds, trained physicists are able to collect data points such as colorimetry, gloss measurements, photography, and more, ultimately producing a formal report detailing all results of the test.

Solar Light's advanced Model 601 Multiport® SPF Testing Solar Simulator is the industry standard for high throughput SPF testing and dermatological studies. It produces UVA or UVA+B (290-400nm) from its 6 individual 8mm diameter square-port outputs, each of which can be controlled separately. Up to 6 tests can be performed simultaneously in a short period of time, dramatically increasing lab productivity. The output intensity is rated up to 4 MEDs per minute, and can be controlled by the adjustment knobs on each port, as well as via the included XPS-300 power supply. The output is approximately 20 times the intensity of the sun, and simulates the ultraviolet spectrum of the sun with over 90% homogeneity. Custom output spectra, including HEV and blue light, are available optionally. A built-in locking Articulation Arm assures precise light guide placement on subjects.

Solar Light Company, Inc. announces the updated Model 521 Microtops II® Ozonometer. The Model 521 is a 5 channel hand-held ozonometer for measuring total ozone column per standard WMO configuration easily, accurately and dependably. It measures direct solar ultraviolet radiation at 3 discrete wavelengths within the UVB range, as well as total water vapor and aerosol optical thickness (AOT) using the 936 and 1020 nanometer channels. To facilitate field operation, Solar Light offers many options for this model, including a rugged carrying case and Garmin GPS. The unit features accuracy comparable to much larger and more expensive instruments, packaged in a very small, handheld chassis.

Today, Solar Light Company, Inc. announced the introduction of updated 501-Series Outdoor Radiometers and Biometers. These are rugged meteorological-grade instruments which measure solar radiation outdoors and underwater (up to 16.4 feet / 5 meters maximum depth.) World Class manufacturing practices and NIST traceable calibrations ensure a high degree of reproducibility and comparability from unit to unit. Large networks of these precision devices are relied upon by many of the world's most prestigious metrological observatories, weather stations, and research agencies worldwide, such as the Australian Radiation Protection and Nuclear Safety Agency (ARPANSA) and the Natural Resource Ecology Laboratory (NREL). Digital versions are available with Sensor Recorders, and analog versions are available with output voltage which is proportional to the measured UV solar radiation. In addition, all 501s feature controlled internal temperature to ensure the highest levels of accuracy. Measured spectra include UVA, UVB (unweighted,) UVB (erythemally weighted,) and UVA+B.

Today, Solar Light Company, Inc. announced the introduction of Retrofitable Custom Spectra Kits for its existing line of Solar Simulators in the 601-Series, LS1000-Series, and 16S-Series. As SPF and medical research continues to rapidly evolve into different wavelengths, Solar Light can quickly and affordably adapt existing simulators in the field to output custom spectra, making them indispensable tools for professional laboratory applications. Some of the company's most popular retrofit kits include:

Solar Light's versatile NIST-Traceable PMA-Series Analog Sensors represent the pinnacle of accuracy, durability, and selection on the market today. These units 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. These Analog Sensors are designed for users who wish to utilize their own data loggers, or 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. Solar Light also offers a large selection of Digital Sensors to work in concert with the company's advanced PMA-Series Radiometers. These are typically used as discrete units in applications where portability is critical.