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Atlas, the global leader in weathering testing technology, has just introduced Sealed Lamps for its Ci4000 and Ci4400 Weather-Ometers®. The unique preassembled design makes the world’s most-advanced weathering instruments even easier to operate and maintain. The Ci4000 and Ci4400 Weather-Ometers Mehr
Atlas Material Testing Technology, the global leader in weathering technology and services has introduced the Right Light™ optical filter for the Xenotest® 220+ lightfastness testing instrument. Providing the most precise match to natural sunlight available, Right Light was previously available only Mehr
The pace of technological development can make it very hard to stay up to date. A new blog service from Atlas – the global leader in weathering testing technologies – can help you stay ahead of the curve with timely content covering Mehr
Atlas, the global leader in weathering testing technology, has announced the launch of WXView II™, an innovative data acquisition system for remote connectivity to its next generation Weather-Ometers®. WXView II is a web-based application that allows users to monitor the status of their Mehr
Atlas, the global leader in weathering testing technology, has announced the expansion of its German commercial weathering testing laboratory to provide even faster solar simulation testing. International customers now have the ability to significantly expedite research, development and quality control Mehr
Atlas Material Testing Technology, Weltmarktführer auf dem Gebiet der Bewitterungstechnik und -dienste, unterhältdas größte Labor für beschleunigte Bewitterung am Hauptsitz in Linsengericht-Altenhaßlau nahe Frankfurt, Deutschland. „Wir haben unsere Labore in Leicester, Großbritannien und Duisburg, Deutschland zum weltweit größten Labor von Mehr
Atlas, the global leader in materials testing, today introduced the Atlas® UVCTest exposure instrument. Based on Atlas’ industry-standard fluorescent/UV platform, the UVCTest is specifically designed to quickly evaluate the durability of materials exposed to high-energy UVC radiation generated by increasingly Mehr