Manufactured by  EXSTAR
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Viscoelasticity measurements transforms the samples by bending, tension, shearing etc.

Viscoelasticity measurements transforms the samples by bending, tension, shearing etc., and find the elastic modulus and tan Σ of the sample from the amount of deformation and response delay. Local relaxation, etc., of polymeric materials, which cannot be grasped by typical thermal analysis methods, can be obtained at high sensitivities.
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Features of DMS7100

Easy operation with interactive software and easy sample exchange measurement head makes your analysis comfortable

Each type of measurement head corresponding to a variety of deformation modes is ergonomically designed and structurally improved to enable easy and secure installation of samples.. Even the novice operator is able simply and confidently operate by using a sample measurement navigation software, which leads you through the operation procedure by easy-to-understand illustrations, from the setting of measurement conditions.

Highly reliable measurements by Lissajous monitor

The instrument comes standard with a Lissajous monitor for observing the relationship of response and deformation of a sample being measured. The deformed condition of a sample can be verified in the real time for each measurement point. The sample deforming status at each measurement point can be verified even after measurement, thus supporting highly reliable data acquisition using a Lissajous graph.

More economical cooling unit

Able to connect the fully automated gas cooling unit employed with the EXSTAR7000 series. This economical cooling unit cuts liquid nitrogen consumption by 30% from the previous model.

Sample Observation Option (Real View DMS) (Option)

Real View DMS displays and saves sample status changes by continued images during the measurement. Using the analysis software after a measurement and loading a saved image, lets you link with temperature and each signal, and display and diagnosis smoothly. More reliable analysis can be done like evaluating the heat transition.

General Specifications
Temperature Range-150 to 600 °C
Additional Specifications

Deformation Mode:    
Tension, Bending, Shear, Film Shear, Compression, 3 Point Flexure   
Sine Wave Oscillation ... 0.01 to 200Hz   
Measurement Range:    
105 to 1012Pa& (Tension), 105 to 1012Pa (Bending), 103 to 109Pa (Shear), 104 to 1010Pa (Film Shear), 105 tp 109Pa (Compression), 106.5 to 1013.5Pa 3 Point Bending   
Program Temp Range:    
-150 to 600°C   
Heating Speed:    
0.01 to 20°C/min   
Output Values:    
Temperature, Frequency, Time, E(G), E(G), ?E*?(?G*?), tanΔ, Η, J, J, Ft, dL, Stress, Strain  

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