TA instruments Multi-Sample X3 DSC

Product Description

The TA Instruments Discovery X3 Differential Scanning Calorimeter (DSC) is a cutting-edge thermal analysis instrument designed to enhance laboratory productivity and data quality. Featuring a unique multi-sample cell, it allows simultaneous analysis of up to three samples, effectively tripling throughput compared to traditional single-sample DSCs. Incorporating patented Fusion Cell and Tzero technologies, the X3 DSC delivers unparalleled sensitivity, resolution, and reproducibility, making it an ideal choice for researchers and quality control professionals across various industries.

Note: The price mentioned above is for reference only. Do not consider it for purchase. For the actual price and more product details, please contact us at +91 98508 70860, +91 84461 74263.

Key Features:

• Multi-Sample Capability: Analyze up to three samples simultaneously, increasing efficiency and enabling direct comparison under identical conditions. 

• Fusion Cell Technology: Provides exceptional baseline flatness and sensitivity, facilitating the detection of subtle thermal transitions and accurate enthalpy measurements.

• Enhanced Tzero Heat Flow: Ensures precise temperature and enthalpy accuracy across all three samples concurrently. 

• Modulated DSC (MDSC): Efficiently separates complex thermal events for detailed material characterization. 

• 54-Position Autosampler: Automates sample handling for continuous, unattended operation, enhancing laboratory productivity. 

• User-Friendly Interface: Features a responsive touch screen with One-Touch-Away functionality for intuitive operation. 

• Advanced Cooling Options: Offers a range of refrigerated cooling systems, eliminating the need for liquid nitrogen and ensuring uninterrupted sub-ambient operation. 

• TRIOS Software with Batch Processing: Streamlines data analysis and reporting, accommodating the increased data output from multi-sample analysis. 

Industries Served:

• Polymers and Plastics: Analysis of glass transitions, crystallization, and melting behaviors.

• Pharmaceuticals: Characterization of drug-excipient compatibility, polymorphism, and stability studies.

• Composites and Advanced Materials: Evaluation of curing processes and thermal stability.

• Food and Agriculture: Determination of melting behavior and compositional analysis.

• Academic and Research Institutions: For educational purposes and advanced research in material science.

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