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Waters’ New Battery Cycler Microcalorimeter Solution Accelerates Real-World Testing from Months to Weeks

Philadelphia, Pennsylvania — March 20, 2023 — Waters Corporation (NYSE:WAT) announced a new Battery Cycler Microcalorimeter Solution from its TA Instruments™ Division for high-resolution characterization of battery cells. The instrument and software combination enables non-destructive testing under real-world operating conditions and significantly reduces experiment time from months to weeks, while providing decisive insights for greater battery efficiency, safety, and stability.

Waters Extends Capabilities of Flagship TA Instruments Rheometer for Efficient and Repeatable Powder Analysis

Milford, Massachusetts – September 29, 2022 – Waters Corporation (NYSE:WAT) introduced new, innovative powder rheology tooling and software for its TA Instruments™ HR Rheometers allowing scientists to make precise, repeatable powder rheology measurements simpler and faster. Such measurements enable materials scientists to optimize the processing and end-use performance of powders used in batteries, pharmaceuticals, additive manufacturing, food, personal care products, and coatings.

TA Instruments Helps Laboratories Automate Thermal Analysis Workflows with New TRIOS AutoPilot Software

New Castle, Delaware – June 29, 2021 – Waters Corporation (NYSE:WAT) today introduced TRIOS AutoPilot software from its TA Instruments Division for its thermal analyzer product line. The software helps laboratory staff using TA’s thermal analyzers create routine and streamlined standard operating procedures (SOPs) up to 25% faster, and avoid transcription errors that can inhibit productivity and can lead to inconsistent thermal analysis measurements that are used to assess materials performance as well as batch-to-batch product quality.

TA Instruments Introduces the New Multi-Sample Discovery X3 Differential Scanning Calorimeter

New Castle, Delaware, March 2, 2020 – Today TA Instruments introduced a new addition to the Discovery™ Differential Scanning Calorimeter (DSC) suite: Discovery X3 DSC.  This revolutionary multi-sample X3 DSC incorporates patented Fusion Cell™ and Tzero™ technologies to deliver industry-leading performance for up to three samples simultaneously. The demand for the development of high-performance materials…

TA Instruments Introduces the New TAM IV Micro XL isothermal microcalorimeter

New Castle, Delaware, March 2, 2020 – TA Instruments announced today the introduction of the TAM IV Micro XL, a powerful isothermal microcalorimeter (IMC) specifically designed to measure the smallest electrochemical reactions inside battery cells.  Outfitted with a large test chamber, this instrument allows scientists and engineers fabricate custom sized battery holders to accommodate battery…

TA Instruments Expands ElectroForce Fatigue Testing Capabilities with New 16-Specimen Instrument

New Castle, Delaware, October 1, 2019 – Waters Corporation (NYSE: WAT) today introduced the new TA Instruments™ MSF16 Multi-Specimen Fatigue Instrument. The MSF16 extends the capability of accelerated cyclic testing by loading 16 specimens simultaneously, rapidly delivering insights into the failure limits of materials, components and products under repeated loading.

Jon Pratt

Waters Corporation Names Jonathan M. Pratt as President of TA Instruments

MILFORD, Mass., August 28, 2019 — Waters Corporation (NYSE: WAT) today announced that Jonathan M. Pratt has been named Waters Corporation Senior Vice President and President of TA Instruments, effective September 3, 2019. Headquartered in New Castle, DE, TA Instruments designs, manufactures, and supports premier thermal analysis, rheology, microcalorimetry, and mechanical testing technologies for the…

TA Instruments Introduces New Rheo-Raman Accessory for the Discovery Hybrid Rheometer

New Castle, Delaware, March 19, 2019 – Today TA Instruments introduced the new Rheo-Raman Accessory for their Discovery Hybrid Rheometer (DHR) product line. This accessory combines a Raman spectrometer with the DHR to enable simultaneous collection of rheology and Raman spectroscopy data. This combination allows for direct correlation between flow characteristics and the unique spectroscopic fingerprints of each material including information about its chemical and morphological structure.