HANSEK Precision DMA-2000 Dynamic Mechanical Analyzer with SDTA
Thermal Analysis

HANSEK Precision DMA-2000 Dynamic Mechanical Analyzer with SDTA

Product Overview

DMA-2000 Dynamic Mechanical Analyzer with SDTA

The HANSEK Precision DMA-2000 Dynamic Mechanical Analyzer with SDTA is a high-performance thermo-mechanical characterization system designed for comprehensive evaluation of the viscoelastic, mechanical, and thermal properties of polymers, elastomers, composites, adhesives, biomaterials, fibers, films, and advanced engineering materials. Combining Dynamic Mechanical Analysis (DMA) with Simultaneous Differential Thermal Analysis (SDTA), the system provides highly accurate insight into material behavior under controlled temperature, frequency, and mechanical loading conditions, making it an indispensable tool for research, product development, and industrial quality assurance.

Engineered with a precision force generation system, high-resolution displacement sensors, intelligent temperature programming, and advanced SDTA technology, the DMA-2000 simultaneously measures storage modulus, loss modulus, damping factor (tan δ), stiffness, creep, stress relaxation, and thermal transitions while recording differential thermal signals in real time. This integrated approach enables comprehensive understanding of phase transitions, glass transition temperature (Tg), crystallization, curing behavior, and material stability with outstanding repeatability and measurement accuracy.

The instrument supports a broad range of testing modes including temperature sweep, frequency sweep, strain sweep, creep, stress relaxation, isothermal testing, multi-frequency analysis, and time-temperature superposition (TTS). Multiple interchangeable sample fixtures accommodate tension, compression, bending, shear, film, powder, fiber, and dual cantilever measurements, allowing researchers to evaluate diverse material types under realistic service conditions while requiring only small sample quantities.

Powered by an advanced Windows-based software platform, the DMA-2000 provides complete instrument automation, real-time graphical analysis, programmable thermal profiles, automated calibration routines, intelligent diagnostics, statistical data evaluation, customizable reporting, and seamless export of experimental results. Its robust mechanical design, precision temperature control, and integrated SDTA capability deliver exceptional long-term reliability, simplified operation, and dependable analytical performance for both routine quality control and advanced scientific research.

Ideal for universities, research institutes, polymer manufacturers, rubber industries, composite developers, aerospace, automotive, pharmaceutical laboratories, electronics manufacturers, battery material research, biomedical engineering, quality assurance laboratories, and industrial R&D centers, the HANSEK Precision DMA-2000 Dynamic Mechanical Analyzer with SDTA provides a future-ready solution for advanced thermo-mechanical characterization, enabling laboratories to accelerate material development, optimize product performance, and achieve reliable, standards-compliant analytical results.

Capabilities

Key Features

Dynamic Mechanical Analysis (DMA) with SDTA
Simultaneous Differential Thermal Analysis
High-Precision Force Generation System
Wide Temperature Measurement Range
High-Sensitivity Displacement Sensor
Storage Modulus (E′) Measurement
Loss Modulus (E″) Measurement
Tan Delta (δ) Analysis
Temperature Sweep Testing
Frequency Sweep Analysis
Strain Sweep Analysis
Creep & Stress Relaxation Testing
Time-Temperature Superposition (TTS)
Multiple Sample Fixture Configurations
Intelligent Temperature Programming
Windows-Based Analysis Software
Real-Time Graphical Data Visualization
Automatic Calibration & Diagnostics
High Measurement Accuracy & Repeatability
Comprehensive Data Analysis & Reporting

Technical Data

Specifications

ParameterValue
Instrument TypeDynamic Mechanical Analyzer (DMA) with SDTA
ModelDMA-2000
Measurement PrincipleDynamic Mechanical Analysis with Simultaneous Differential Thermal Analysis
Temperature Range-170°C to 600°C
Temperature Accuracy±0.1°C
Temperature Resolution0.01°C
Heating Rate0.1–50°C/min
Cooling SystemLiquid Nitrogen / Mechanical Cooling (Optional)
Frequency Range0.001–200 Hz
Force Range0.001–50 N
Force Resolution0.0001 N
Displacement Resolution1 nm
Dynamic Strain Range0.001–100%
Modulus MeasurementStorage Modulus, Loss Modulus, Complex Modulus
Damping MeasurementTan Delta (δ)
Test ModesTension, Compression, 3-Point Bending, Dual Cantilever, Single Cantilever, Shear
Analysis ModesTemperature Sweep, Frequency Sweep, Strain Sweep, Creep, Stress Relaxation, TTS
SDTA CapabilitySimultaneous Differential Thermal Analysis
ControllerIndustrial Microprocessor-Based Control
DisplayIntegrated High-Resolution Touchscreen
SoftwareWindows-Based DMA Analysis Software
Data ExportPDF, Excel, CSV
CommunicationUSB / Ethernet
Power SupplyAC 220–240 V, 50/60 Hz
ComplianceASTM / ISO / DIN Compatible
ApplicationsPolymers, Rubber, Plastics, Composites, Adhesives, Films, Fibers, Biomaterials
Warranty12 Months Standard (Extendable)

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