DYNAMIC MECHANICAL ANALYZER
Specifications
Max Force 18 N
Min Force 0.0001 N
Force Resolution 0.00001 N
Frequency Range 0.001 to 200 Hz
Dynamic Deformation Range ± 0.005 to 10,000 µm
Strain Resolution 0.1 nm
Modulus Range 103 to 3×1012 Pa
Modulus Precision ± 1%
an δ Sensitivity 0.0001
tan δ Resolution 0.00001
Temperature range Standard Furnace: -160 to 600°C
Test Mode Available
Dynamic Mechanical thermal analyzer
Ta instriments DMA850
Max Force 18 N, Min Force 0.0001 N, Force Resolution 0.00001 N, Frequency Range 0.001 to 200 Hz, Dynamic Deformation Range ± 0.005 to 10,000 µm, Strain Resolution 0.1 nm, Modulus Range 103 to 3×1012 Pa, Modulus Precision ± 1%, tan δ Sensitivity 0.0001, tan δ Resolution 0.00001, Temperature range Standard Furnace: -160 to 600°C.
Test Mode
The mechanical characterization of biological samples is a fundamental issue in biology
and related fields, such as tissue and cell mechanics, regenerative medicine and diagnosis of diseases.
In this paper, a novel approach for the identification of the stiffness and damping coefficients
of biosamples is introduced. According to the proposed method, a MEMS-based microgripper
in operational condition is used as a measurement tool. The mechanical model describing the
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