Electronic Universal Testing Machine
We manufacture and provide superior quality electronic universal testing machine. Our Universal Testing Machine (KUT 40E) is equipped with electronic digital display for load and elongation. Some of the salient features which make our Universal Testing Machine widely usable across industries include the following: Facility to hold peak-load and facility to make load zero Elongation Display can be set to zero Printer facility
http://www.materialtestingmachines.com/sites/default/files/pdf/ele-universal-testing-machine.pdf
Electronic Universal Testing Machine
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Brinell hardness testers
We manufacture and develop brinell hardness testers which are fabricated using premium quality products. Experienced teams are employed for making this product taking are of the minutest technical details. This hardness testers can be availed at reasonable rates.
http://www.materialtestingmachines.com/sites/default/files/pdf/computerised-brinell-hardness-tester_0.pdf
Brinell hardness testers
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Analog Cum Computerised Universal Testing Machine
Capitalizing on our cutting edge technology and industrious workforce we are able to design and develop superior quality computer controlled universal testing machine. Our Universal Testing Machine is designed to perform tensile, compression, bending and shear tests on most widely varying material, both in the form of test pieces and as finished products. Hardness Test on metals can also be performed. Our universal testing machine has following salient features which...
http://www.materialtestingmachines.com/sites/default/files/pdf/analog-cum-electronic-universal.pdf
Analog Cum Computerised Universal Testing Machine
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Mechanical Extensometer

Item Code: 
REM-1

Our precision engineered mechanical extensometer (model-REM1) measures elongation of test specimen under load. Our mechanical extensometer comprises of two long knife edges at top, two indicators and lower knife edges to actuate the dials. The bars are pressed against the specimen by means of clamps to ensure that the knife edges bite the specimen to avoid any slip. The under edges are adjustable to provide different gauge lengths for measurement. As deformation takes place the lower knife edges transfer the movement to the dial gauges and the deformation of specimen is shown on dials, so that the change in length of specimen by 1/100 mm. Equals to one division of the graduation of dial.