Differential Scanning Calorimeter NEXTA DSC600 and NEXTA DSC200

Our DSC (differential scanning calorimeters) are widely used for material characterization; eg melting point, glass transition, crystallization. The NEXTA DSC Series is used both in quality control and R&D across a wide range of industries, including polymers, pharma, chemical, oil and gas, food and metals. Hitachi’s DSC offers world-class sensitivity and baseline flatness, which gives more accurate testing and the ability to evaluate even the smallest of reactions.

We offer a range of solutions, from NEXTA DSC200, which covers a wide variety of applications, to our NEXTA DSC600, which is purpose designed to meet the most advanced DSC applications, particularly within applied research.

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Overview

Features

  • High sensitivity with superior sensor technology
  • World-class baseline performance with unique furnace design
  • Real View®; camera system which shows you material behaviour live on screen
  • Flexibility to add options post-installation
  • Superior software, intuitive for ease of use, but allowing more advanced functionality where needed
  • Reliable auto sampler testing, and faster operation with auto analysis function

Benefits

  • Intuitive software and auto sampler make the analyzer easy to use and time efficient
  • Cost efficiency with a reliable and robust system
  • Increased accuracy thanks for the ability to evaluate the smallest of reactions
  • Easy report creation, even for non-expert users, thanks to the unique camera system

RealView® System

Our innovative RealView camera system allows you to see the changes in your sample in real time. The images collected are linked to precise temperature and time measurement data which are saved so you can review at any time. Seeing what happens to your sample in real time is invaluable when researching new materials, troubleshooting or understanding unexpected behavior.

Product Comparison

DSC200
  • Heat Flow Measurement Method: Heat flux with centric heat flow
  • Time constant (resolution): 6.5 seconds or better 
  • RMS noise / Sensitivity: 0.1 µW / 0.2 µW
  • Temperature Range: -150 to 725°C
  • Programmable Heating/Cooling Rate: 0.01 ~ 100˚C/min
  • Temperature precision: +/- 0.01°C
  • Temperature accuracy: +/- 0.05°C
  • Calorimetric precision:+/- 0.05% 
  • Calorimetric accuracy: +/- 0.04% 
  • Baseline stability +/-5µW
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DSC600
  • Heat Flow Measurement Method: Heat flux with centric heat flow and 3 thermocouples
  • Time constant (resolution): 3 seconds or better 
  • RMS noise / Sensitivity: 0.05 µW / 0.1 µW
  • Temperature Range: -150 to 725°C
  • Programmable Heating/Cooling Rate: 0.01 ~ 100˚C/min
  • Temperature precision: +/- 0.01°C
  • Temperature accuracy: +/- 0.05°C
  • Calorimetric precision:+/- 0.05% 
  • Calorimetric accuracy: +/- 0.04% 
  • Baseline stability +/-5µW
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Downloads


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