TH2730 (50) is a mechanical test system for testing new engineering materials and product designs for quality control applications.
We offer an affordable compact mechanic testing machine for tests on  materials and products with smaller forces :

Force up to  3 kN.  and now also  Force up to  10 kN (new!)

This  universal  Machine can be used standalone  or with a Computer (PC). All measuring data can be transfered using a serial  standard interface (RS 232) to a PC. 
This machine comes complete with Load Cell and control software for Windows.

 Test materials and products such as & 

•      Biomaterials, tissues, medical devices, components (wire, tubing and needles) 

•      Electronic components, connectors, insertion tests 

•      Films, adhesive tapes, foils, magnetic tape 

•      Plastics, polymers, nylon, acetals 

•      Elastomers,rubber,foam,latex, compounds 

•      Automotive components, interior structures, foams 

•      Packaging materials such as paper, cardboard, wood 

•      Cords and Textiles, yarn, strings & threads, fabrics 

•      Racquet strings, thin cables, composite fibers 

•      Shingles and construction material 

compact affordable and complete !

drawing for 3KN Model, click for info!
drawing for 10KN machin

Special tool exempel, click for info

Ideal for a wide variety of applications..

Quality Control  Research  Product Development  Product Evaluation  Also many different types of tests...  Bend  Tensile  Compression  Friction Flexible Control  Closed loop servocontrol with PID compensation.  Monotonic, cyclic and segmented test profiles.  Position, Load and Strain rate control.  Intermix load, position, and strain rates as required.  Multiple rates and end levels, including reversals.  Software selectable real time control channels.  User password protection for calibration files.  Select English, Metric, and SI units.

32 Bit Windows Environment  Compatible with Windows 95, 98, & NT.  Store test data and results to hard disk in ASCII delimited format for easy import into common spreadsheet and database programs.  Save and recall test data over a network.  Print out single and group test reports & X-Y plots.  Full package - no special options nor extensions required to perform a test.  Create, save, and recall your own test methods.  User-definable test information fields, customizable reports and plot header Real Time Displays  Large real time numeric displays  Live Load, Load Rate, Peak Load, Live Stress, Stress Rate, Peak Stress, Live Position, Position Rate, Peak Position, Live Strain, Strain Rate, and Peak Strain.  Plot Real-time test data via printer.  Comprehensive Analysis & Calculations Multiple specimen geometries and dimensions.  High, low, mean, and standard deviation.  Standard Analysis Procedures High Precision  Load accuracy exceeds ASTM E-4 Standards.  ASTM certifiable with standard load  cell 200 N,  2kN and 5 kN Resolution better than 1 part in 100,000.  Position resolution better than 0.00004" (0.0001 mm)

Analysis
Peak Load
Peak Stress
Average Load Over Extension Range
Load at Extension Point
Modulus of Elasticity
Elongation at Break
Reduction of Area
Extension at Load
Energy

Description
Greatest Load during test.
Peak Load divided by specimen area.
Average Load between two user specified extension points.
Load value at a user specified extension point.
Slope of the Stress-Strain curve in the elastic region.
Elongation at the time of fracture including elastic and plastic deformation of tensile specimen.
Final Area divided by Original Area Elongation at the specified Load.
Calculation of the area under the Load-Displacement curve.
Stress at the point on the Stress-Strain curve where the Modulus Line, Offset by a user specified amount in the strain direction, intercepts the curve.
Load at the point on the Load-Strain curve where the Modulus Line, Offset by a user specified amount in the Strain direction, intercepts the curve.
Stress at the point on the Stress-Strain curve where a line drawn parallel to the Stress axis and offset by a user specified amount in the Strain direction intercepts the curve.
Load at the point on the Load-Strain curve where a line drawn parallel to the Load axis and offset by a user specified amount in the Strain direction intercepts the curve.

drawings and pictures of test machine and Windows software

Recommendable streching tools:

TH7-5

TH56-K
TH229TH23-56

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