For Sale Mettler Toledo DSC 3 Differential Scanning Calorimeter DSC Good condition and ready to use, A premium modular differential scanning calorimeter optimized for routine laboratory testing, quality assurance, industrial production, and corporate research. As part of the METTLER TOLEDO Thermal Analysis Excellence line, it stands out for its high sensitivity and continuous automation capabilities.
Performance Specifications
MultiSTAR Ceramic Sensor: Equipped with a highly rugged 56-thermocouple sensor arranged in a star-shaped layout around the sample and reference crucibles. This design guarantees flat baselines, high thermal conductivity, and outstanding resolution to detect the smallest thermal phase shifts.
Wide Temperature Range: Operates seamlessly across a wide measurement envelope from -150 °C up to 700 °C in a single dynamic system run.
Intracooler Options: Can be paired with an electrical cooling module to rapidly bring sample environments down to -85 °C without liquid nitrogen.
FlexCal Calibration: Automatically adjusts parameters based on predefined calibrations, eliminating user bias, saving setup times, and boosting reproducibility.
Laboratory Automation & Hardware
Continuous Sample Robot: Integrates an endurance-tested sample robot capable of processing up to 34 samples automatically. It operates efficiently 24/7, adapting to different crucible configurations and testing routines concurrently.
Hermetic Lid Piercing: Features an optional built-in accessory that cleanly pierces hermetically sealed crucible lids immediately before starting a run to shield samples from ambient environments prior to testing.
One Click™ Interface: Utilizing the device's main touchscreen terminal, operators can safely initiate predefined testing methods with a single touch, minimizing manual input errors
Measurement Applications
The instrument measures the difference in heat flow between a material sample and an inert reference to evaluate diverse chemical and mechanical physical transitions:
Glass Transition Temperature : Pinpoints when amorphous polymers shift from a brittle state to a rubbery state.
Melting and Crystallization: Captures exact enthalpies, purity scores, and polymorphic transitions.
Chemical Kinetics: Examines curing cycles, cross-linking reactions, and overall thermal stability profiles.
Oxidation Behavior: Performs Oxidation Induction Time (OIT) evaluations inside specialized purging gas atmospheres