Horizontal electronic universal testing machine is an electronic universal testing machine that adopts a horizontal structure. The main difference between it and common vertical testing machines
lies in the loading direction and structural layout. This design makes it particularly suitable for testing mechanical properties such as tension, compression, bending, and shear of large-sized and
long specimens.
Main features and advantages
1. Horizontal structure, saving space:
The horizontal placement of the load-bearing frame solves the problem of height and space required for the vertical testing machine to test long specimens. For samples such as long pipes, long
bars, ropes, steel strands, chains, etc., testing is very convenient.
2. Proficient in large travel and load testing:
It is usually used for testing larger tonnages, and the stretching stroke can be made large to meet the requirements of fracture elongation testing for various materials.
3. Good rigidity and high stability:
Horizontal frames usually adopt double screw or heavy-duty structures, with high overall rigidity, small deformation during high-strength testing, and more accurate data.
4. Easy to operate:
The clamping height of the sample is moderate, and the operator does not need to climb high or squat deeply. Loading and unloading the sample is very convenient, reducing labor intensity.
5. Multifunctionality:
By replacing different fixtures and attachments, various tests can be achieved:
Tensile testing: metal bars, plastic pipes, ropes, safety belts, etc.
Compression testing: springs, components, etc.
Bending test: plates, pipes, etc.
Shear testing: rivets, bolts, etc.
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