Hitachi High-Tech Sciences DSC7020 Differential Scanning Calorimeter
Name : Differential Scanning Calorimeter
Type : DSC7020
Overview : Newly developed DSC with high performances to satisfy variety measurements, which are difficult to be fulfilled with traditional DSC. Sensitivity and dynamic range are specially improved. DSC7020 is the best DSC for not only high sensitivity measurements, but for routine measurements such as quality control measurement also.
Features :
1. Realized 0.2µW sensitivity with Digital optimize technologies. It is possible to measure glass transition temperature with 10µg sample only.
2. Newly designed cooling systems including Auto-LN2 cooling system and Electronic Cooling system are available. The cooling performances of both systems are improved.
3. Auto-sampler and Mass flow options improve high effective measurements.
Specifications | ||
Model |
DSC7020
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AS-3D Auto-sampler
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Temperature Range |
-150 ~ 725°C
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–
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Sensitivity |
0.2µW
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–
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Measurement Range |
±350mW
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–
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Program Speed |
0.01 ~100°C/min
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–
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Sample Set Number |
–
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50
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Hitachi High-Tech Sciences DMA7100 Dynamic Mechanical Analyzer
Name : Dynamic Mechanical Analyzer
Type : DMA7100 Dynamic Mechanical Analyzer
Overview : Now see your data from Inside and Out. The new Hitachi High-Tech DMA7100 with built in Camera allows you to see your sample while it is undergoing dynamic mechanical testing in any of 7 geometries (single cantilever, dual cantilever, tension, compression, shear, film shear, & 3 point bending). The DMA7100 is easy to load and includes easy to use software. The DMA7100 does not require air or gas for use. The optional temperature range on the DMA7100 is -150C to 600C. Other new features include a Lissajaus Monitor, wider frequency range, and a new more compact space-saving design.
Features :
- Built–in Camera
- Easy-to-Use Software
- 7 Geometries
- Lissajous Monitor
Specifications | ||
Model |
DMA 7100
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Deformation mode |
Bending, Tension, Shear*, Film Shear* Compression* 3-point bending*
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Measurement Range |
105 to 1012 Pa (Bending) ,105 to 1012 Pa (Tension), 103 to 109 Pa (Shear), 107 to 1011 Pa (Film shear), 105 to 109 Pa (Compression),105 to 1012 Pa(3-point Bending)
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Temperature Range |
-150 to 600°C
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Temperature Scan Rate |
0.01 to 20°C/min
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Dimensions |
420(w) X 630(d) X 725(h) mm
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Hitachi High-Tech Sciences DSC7000X
New!!!! Technology on DSC7000X |
Overview:
Features:
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DSC7000X Specifications |
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Hitachi High-Tech Sciences TMA7100 Thermo Mechanical Analyzer
Name : Thermo Mechanical Analyzer
Type : TMA7100 Thermo Mechanical Analyzer
Overview : This analyzer was designed for simple yet highly sensitive measurements of the thermal mechanical properties of polymers and other materials. Thermal stress/strain properties can also be measured as a function of temperature or time, thermal expansion, heat shrink, or softening.
Features :
- High sensitivity of 0.01µm
- Optional Auto LN2 Gass Cooling Unit (for TMA7100) to improve cooling efficieny
- Optional Mass Flow Controller unit
- Built-in option control function for smaller space
Specifications | |
Model | TMA7100 |
Measurement Method | Full Expansion Method |
Probe Support Method | Cantilever |
Sample Size | Expansion: Ø10mm X L25mm
Tension: w5 X t1 X L25mm SS Mode: w5 X t1 X L25mm |
Temperature Range | -150-600°C |
Heating Rates | 0.01 to 100°C/min. |
TMA Measurement Range | +/-5mm |
TMA Sensitivity | 0.01µm |
Load Range | +/-5.8N (The maximum load range differs by the probe used). |
Hitachi High-Tech Sciences TMA7300 High Temperature Thermo Mechanical Analyzer
Name : Thermo Mechanical Analyzer
Type : TMA7300 High Temperature Thermo Mechanical Analyzer
Overview : This analyzer was designed for simple yet highly sensitive measurements of the thermal mechanical properties of polymers and other materials. Thermal stress/strain properties can also be measured as a function of temperature or time, thermal expansion, heat shrink, or softening.
Features :
- High sensitivity of 0.01µm
- Optional Auto LN2 Gass Cooling Unit (for TMA7100) to improve cooling efficieny
- Optional Mass Flow Controller unit
- Built-in option control function for smaller space
Specifications | |
Model | TMA7300 |
Measurement Method | Full Expansion Method |
Probe Support Method | Cantilever |
Sample Size | Expansion: Ø10mm X L25mmTension: w5 X t1 X L25mm
SS Mode: w5 X t1 X L25mm |
Temperature Range | Ambient to 1500°C |
Heating Rates | 0.01 to 100°C/min. |
TMA Measurement Range | +/-5mm |
TMA Sensitivity | 0.01µm |
Load Range | +/-1.4N |
Hitachi High Tech Sciences NEXTA STA
Type : NEXTA STA 200
Features :
- World-class High-Sensitivity Measurements for Testing and Component Analysis of Minute Sample Quantities
- World class baseline performance
- Broad measurement application using high temperature control technology
- Available DSC measurement on the NEXTA STA series- Specific heat capacity measurement over the wide temperature range achieved by DSC
- “Real View®”Sample Observation Option
- Newly designed flow channels for high-level gas exchange
Hitachi High Tech Sciences NEXTA DSC
Type: NEXTA DSC; two models available (DSC200 and DSC600); DSC600 pictured here
Features :
- The most rugged and high performance, very sensitive DSC with triple high conductive Ni alloy constantan sensor for long time performance.
- Temperature range: -150C to 725C
- NEW cooling features: connect both Electronic cooling and LN2 systems simultaneously and switch between systems using software control, saving time and boosting efficiency
- High temp accuracy (+/- 0.05C) and precision (+/- 0.01C) for high confidence in the results
- Highest enthalpy accuracy +/- 0.2% and enthalpy precision +/- 0.05% for highest confidence in the results
- Built in advanced software like MTDSC, Kinetics, Purity, Simulation, Wave form, Specific Heat, to enhance the capability of measurements to maximum extent for all advanced research applications
- Software can be operated with touch screen or PC tab. It also allows user to see the status of run on remote PC unit and data file can be via email after run completion
See more, do more and save valuable time with the NEXTA DSC and Real-View Technology.
Hitachi has taken their Real-View Technology from Macro to Micro with the development of the Polarized Micro Sample Observation Unit available with NEXTA DSC. Real View® Polarized Microscope DSC will reveal details impossible to see previously like micro impurities and multilayers in laminates, for example. Other key features include:
- New high-resolution camera delivering 1.2µm pixel resolution
- Fully controllable polarized filters for contrast and image features enhancement
- Novel image analysis method for micro melting point analysis
- User friendly design for ease of use
Click here to see the camera view of a film
Click here to see the camera view of crystals
Click here to learn more information on the NEXTA DSC options and specifications
Hitachi High-Tech Sciences NEXTA DMA
Type : NEXTA DMA 200
Features :
- Extended 20N Force Range
- A wide applied force range with 5E-6N resolution and very low levels of noise
- Choose from air, liquid nitrogen, and electrical gas cooling options
- ‘Guidance Mode,’ tailored for nonexperts, offers intuitive step-by-step measurement and analysis instructions
- “Real View®”Sample Observation Option
- The Real View® system, diverse probes, rapid modulus change detection and advanced analysis offer valuable insights for research