Accelerated Weathering Instruments

The Ci5000, with its advanced digital control system, represents a monumental achievement in applying digital and optical technologies in an easy-to-use laboratory weathering instrument. The Ci5000 is approved by many OEMs in the automotive, paints & coatings and plastics industries as the exclusive platform to deliver accurate, reproducible and repeatable results for predicting service life.

The Ci 4400 W.O.M. defines the new state of the art in light and weathering accelerated ageing equipment.for unmatched Repeatability and Reproducibility The attractive design adds a touch of class to substantial technical innovations. Available as “Legacy” version in which the calibration lamp system is maintained  or as  “AIOS” version. with the patented All In One Sensor. This most advanced version offers the unique monitoring and calibration of Irradiance, Temperature and Humidity testing parameters  at the sample level.

Ci 3000+ FADE OMETER is approved by many OEM in textile (UNI 7639 – ISO 105 B02/B04 – M&S C9/C9A – AATCC 16E) and in the automotive industries  (ISO 105 B06 – VDA 75202 – VW PV 1303 – RENAULT/PEUGEOT D47 1431).as the exclusive platform to deliver accurate, reproducibles and repeatable results  for predicting service life. Its advanced digital control systems, represent monumental achievements in applying digital and optical technologies in easy-to-use lightfastness Lab

Ci-3000+ WOM is approved by many OEM in textile (UNI 7639 – ISO 105 B02/B04 – M&S C9/C9A – AATCC 16E) and in the automotive industries  (ISO 105 B06 – VDA 75202 – VW PV 1303 – RENAULT/PEUGEOT D47 1431).as the exclusive platform to deliver accurate, reproducibles and repeatable results  for predicting service life Key features of this instrument include: a rotating sample rack to maximize uniformity over all specimens; custom designed nozzles to provide uniform specimen and rack spray

The Xenotest 440 is a highly versatile xenon weathering instrument for a variety of materials. Designed for fast and economical testing, the Xenotest 440 utilizes XenoLogic™, a revolutionary twin-lamp operating technology which enables 2SUN radiation. In addition, XenoLogic provides extended lamp service life. Up to 4000 hours for low cost of operation.

Xenotest 220 is a highly economic textile color lightfastness tester that can test up to 250 samples simultaneously. It complies to industry standards ISO 105- B02, AATCC TM16 (option 3), and Marks & Spencer C9, C9A.Learn more

Xenotest 220+ is an economic entry solution for rotating rack weathering & lightfastness testing. Same as 220 approved for common textile standards, however further suitable for testing plastics, coatings, and other materials.

XENOTEST BETA + is a premium stand alone rotating rack xenon instrument.  Due to its large test chamber and higly reliable performance, it is ideal for larger capacities or sample sizes. It is recomanded by the main national and international standards in the following areas: textile, plastic and auto industry.

XENOTEST BETA+ FD has been specifically  designed for reliable qualification of stable product formulations, appropiate packaging materials, and supporting shelf life claims.on products intended for retail. Beverages, Food, Detergents and Personal Care Products. The instrument is equipped with a refrigeration unit to treat thermolabile products.

The Atlas SUNTEST CPS+ is the original benchtop xenon for more than 40 years, and used worldwide for testing polymers, cosmetics, packaging and printing. The tchamber has a 28x20cm test area suitable for small test specimens. The application are broad, ranging from UV-stability testing, studing the light stability of chemicals, determining sun protection factors of skin care products or product shelf life.

The SunTray sample exchange unit, has been designed to be placed under the SUNTEST CPS. It allows a smooth and correct execution of the COLIPA / ISO 24443 in vitro test for SPF evaluation . Up to 8 samples can be placed on PMMA 50 50 mm plates in the pull-out samples holder. The loading and unloading of samples shall be carried out without interrupting the irradiation.

The Atlas SUNTEST XLS+ offers a big enough testing area combined with the tallest test chamber making it especially useful for 3-D specimen testing. Additionally it complies with various ASTM, ISO and ICH industries standards.Since its introduction in 1998, the XLS+ has managed to continuosly set performance benchmarks and it widely used in pharmaceutical R&D and accelerated weathering testing of polymers, coating and sealant. The XLS+ can applyeither by sprayng or flooding.

TheAtlas SUNTEST XXL+ has an extra large test chamber for standard lightfastness and weathering testing. It automatically controls all main weathering parameters . As with the SUNTEST XLS+, its extra tall test chamber is well suited for 3-D specimens testing. A touch screen makes it simple to program, and the Ethernet interface easy for networking integration.

SUNTEST XXL+ ST is specifically designed for testing automotive exterior/interior parts according to SAE J2412 (ex SAE J1885) and SAE J2527 (ex SAE J1860) as well as ASTM G155 (cycles 7 and 8). It’s a cost-effective alternative to the more powerful WeatherOMeter Ci series, primarily for testing large and/or three-dimensional specimens.

XENO TOUCH software for remote control of Xenotest and Suntest equipment.

The Atlas UVTest is a new instrument, higher standard in terms of features, ease-of-use, accuracy and safety as compared to competitive fluorescent UV devices..

The Atlas UVCTest™ is designed to test the durability of materials exposed to UVC radiation centered at 254 nm. It is based on the popular UVTest fluorescent/UV platform, with special modifications for safety and reliability. The output of the UVC-254 lamps simulates the ultraviolet germicidal irradiation (UVGI) used by many sterilization devices

SEPAP MHE is a special instrumentation, with low pressure mercury vapor light sources, for accurate investigations on the molecular chemical effects of light on polymers, in controlled climatic and stress conditions. It meets numerous EN, NF, ISO and Renault-Peugeot regulations, for accelerated or ultra accelerated photo-stability tests. Advanced analytical and chemical expertise, experience, and material database are usually required to make the SEPAP methodology work best.