Featuring next-generation V-drive cooling technology, TSX Universal ULTs seamlessly adapt to your workflow and help deliver tighter performance, faster pull-down and recovery times, and improved energy consumption.
Designed from the bottom up for reliability
With over 80 years of experience, TSX Universal enhances every aspect of the system, from sealed system and cabinet construction to software architecture and electrical components. It has undergone over 5400 days of reliability testing in field and lab environments, features comprehensive end-of-line testing for quality assurance, and offers an industry-leading 12-year compressor warranty.
Designed from the bottom up for performance
Credit: Thermo Scientific
By updating our variable speed compressors, algorithms, and hardware with universal V-drive cooling technology, users can experience performance enhancements over the previous generation TSX Series, including a 33 percent reduction in energy consumption, 38 percent improvement in peak variation, 41 percent decrease in pull-down time, and 52 percent faster door-open recovery time.
Designed from the bottom up for sustainability
We seek to reduce our environmental impact and help our customers do the same by using green refrigerants, designing for energy efficiency, and using recyclable materials. Additionally, TSX Universal has a 20 percent smaller environmental footprint than previous generations and is 100 percent ENERGY STAR certified and ACT-labeled.
Designed from the bottom up for ease of use
Designed for labs seeking enhanced capabilities and user experience, this system offers an improved interface, 57 percent faster re-entry, simplified updates, expanded set points up to -40°C, and whisper-quiet operation—under 44 dbA. It also supports universal voltage (100-230 V, 50/60 Hz) and connectivity solutions (5 V and Power over Ethernet outside power supplies).
Featuring next-generation V-drive cooling technology, TSX Universal ULTs seamlessly adapt to your workflow and help deliver tighter performance, faster pull-down and recovery times, and improved energy consumption.
