1、 Basic mechanical performance testing function

1. tensile test
   • functionMeasure the stress-strain curve of materials under axial tensile force, calculate parameters such as tensile strength, yield strength, and elongation at break.
   • ApplicationStrength assessment of materials such as metals, plastics, rubber, and composite materials, including determination of yield point of steel and analysis of tensile modulus of plastics.
   • Extended featuresSupport automatic calculation of elastic modulus and measurement of Poisson's ratio (with the need for a transverse strain gauge).
2. compression test
   • functionEvaluate the bearing capacity of materials under compressive force, measure compressive strength, elastic modulus, and plastic deformation behavior.
   • Application: Compression performance test of concrete, foam materials, rubber gaskets, etc., such as compressive strength test of concrete for building.
   • special designEquipped with anti buckling fixtures to prevent instability of aspect ratio specimens during compression.
3. Bend Test
   • functionAnalyze the bending strength, deflection, and fracture toughness of materials through three-point or four point bending tests.
   • ApplicationEvaluation of bending performance of materials such as sheets, pipes, ceramics, etc., such as forming limit testing of metal sheets.
   • data outputAutomatically generate load deflection curve and calculate bending modulus.
4. shear test
   • functionMeasure the shear strength and deformation behavior of materials under shear force.
   • ApplicationShear performance testing of adhesives, composite material interfaces, metal sheets, etc., such as interlayer shear strength evaluation of aviation composite materials.
5. Peel/Tear Test
   • functionEvaluate the peel strength and energy absorption capacity of materials under peel or tear forces.
   • ApplicationPeel/tear performance testing of packaging materials, textiles, rubber seals, etc., such as T-peel strength measurement of plastic films.

2、 Dynamic and fatigue performance testing function

1. Fatigue Test
   • functionSimulate the fatigue life of materials under alternating loads and generate S-N curves (stress life curves) or ε - N curves (strain life curves).
   • ApplicationFatigue life assessment of metal components, springs, bearings, etc., such as high cycle fatigue testing of automotive shafts.
   • control modeSupport force control, displacement control, or strain control, can set loading waveforms such as sine waves and triangular waves.
2. Creep and relaxation test
   • functionMeasure the long-term deformation behavior (creep) or stress attenuation behavior (relaxation) of materials under constant stress or strain.
   • ApplicationLong term performance stability evaluation of high-temperature alloys, polymers, rubber and other materials, such as creep testing of power cable insulation materials.
   • Environmental SimulationCan be equipped with high-temperature furnaces or low-temperature tanks to achieve creep/relaxation testing at different temperatures.
3. Dynamic Mechanical Analysis (DMA)
   • functionAnalyze the storage modulus, loss modulus, and damping characteristics of materials under alternating stress through small oscillation loading.
   • ApplicationDynamic performance evaluation of polymers, composite materials, biomaterials, etc., such as determination of the glass transition temperature of rubber.
   • frequency sweepSupport multi frequency testing to analyze the sensitivity of materials to loading rate.

3、 Special environment and multifunctional testing function

1. High/low temperature test
   • function: InharshConduct mechanical property tests under temperature conditions (such as -196 ℃ to 1000 ℃) to evaluate the thermal stability of materials.
   • ApplicationHigh temperature/low temperature performance testing of aerospace materials, nuclear power materials, electronic packaging materials, etc., such as high-temperature tensile strength evaluation of turbine blades.
   • Device ConfigurationEquipped with a high-temperature furnace, low-temperature tank, and temperature control system to ensure the uniformity of sample temperature.
2. Corrosion environment test
   • functionTest the corrosion resistance and mechanical property degradation of materials in corrosive media such as salt spray and chemical solutions.
   • ApplicationAssessment of corrosion environment adaptability for marine engineering materials, chemical equipment materials, etc., such as salt spray corrosion fatigue testing for stainless steel.
   • sealing designThe test chamber is made of corrosion-resistant materials to prevent damage to the equipment caused by medium leakage.
3. Multi axis loading test
   • functionSimulate the mechanical behavior of materials under complex stress states, such as tension compression, torsion, and bending combinations.
   • ApplicationMulti axis fatigue life assessment of aerospace structural components, automotive parts, etc., such as tensile torsional composite fatigue testing of aircraft engine blades.
   • control strategyAdopting multi-channel coordinated loading technology to achieve multi axis control of stress/strain space.
4. Micro nano scale experiments
   • functionTest the mechanical properties of micro/nano materials using micro force sensors (such as 1mN level) and nano displacement resolution.
   • ApplicationResearch on micro nano scale mechanical behavior of thin film materials, nanowires, biological tissues, etc., such as tensile strength measurement of graphene.
   • Microscopic integrationCan be used in conjunction with optical microscopes or electron microscopes to achieve synchronous in-situ observation and mechanical testing.

4、 Data collection and intelligent functions

1. High precision data collection
   • functionEquipped with high-resolution force sensors (such as 0.1 level accuracy) and displacement sensors (such as laser interferometers) to achieve micro Newton level force measurement and nano level displacement control.
   • data outputReal time collection of load, displacement, strain and other parameters, generation of test curves and reports.
2. Automation Control and Testing
   • functionSupport preset experimental parameters, automatic clamping, automatic loading, and data saving to reduce human operational errors.
   • Application ScenariosScenarios such as batch sample testing and unmanned long-term testing, such as high-throughput screening in material development.
3. Software Analysis and Simulation
   • functionBuilt in material model library (such as elastic, plastic, viscoelastic models), supporting experimental data fitting and material parameter inversion.
   • Extended featuresInterface with finite element software (such as ANSYS, ABAQUS) to achieve experimental simulation closed-loop verification.
4. Remote monitoring and diagnosis
   • functionThrough IoT technology, remote monitoring, fault diagnosis, and parameter adjustment of devices can be achieved to improve equipment utilization.
   • Application ScenariosScenarios such as cross regional laboratory management and equipment sharing platforms.