|Structure Type:||Door-type||Max Test Force:||2T/ 20KN|
|Ways Of Operate:||Computer Controlled||Load Measurement Range:||0.4%-100%(2%-100%)|
|Test Force Accuracy:||±1%(0.5%)||Tensile Test Space:||550mm|
material testing machine,
electrical testing equipment
Computer Control Electronic Universal Testing Machine With 2T / 20KN Max Test Force
There are five key reasons worth sharing with illustrations from real customers.
1. Ease of use.
2. Configured to your needs.
3. Competitively priced.
4. Customer centric.
This machine adopts Japan's Shimadzu technical. Widely used in metal and nonmetal materials tensile,
compression , shear and bending test. With different fixtures can do the fasteners tensile shear and
1. This series are ideals for testing the tension, compression, bending and peeling of rubber,plastic,textiles,
electric wires, cables, network rope, wire, metal material ,etc. It can measure the tensile strength,bend
strengthpeeling strength,elongation,and and can print the curve of force time,force displacement and the
testing reports automatically.
2. Computer closed-loop control, change testing force stages automatically , save the test results automatically;In processing it can switch the appropriate measuring range by the load automatically;test
resultcan be arbitrary accessed and simulated reproduction at any moment; several specimens
characteristic curve can be superimposed by a number of different colors; test curves can be tracked to
show at any moment, any segment of the curve can be enlarged to be analysed; it is stopped if the
specimen be breaked, overload, over-current automatically.
Main technical specification
Max. test force
Ways of operate
Load measurement range
Test force accuracy
Min. resolution test force
Crosshead displacement accuracy
better than ±1%(0.5%)
Tensile test space
Compression test space
Test space of restructuring
servo motor and timing belt
according to the national standardS GB/T 2611
overload protection and limit protectionGrip
according to the clients' demand
Contact Person: Victoria Li