Testing machines lab Products
Universal testing machine training unit
Code : (CTM-41)
A universal testing machine is employed for testing tensile strength (stretching) and compressive strength (squeezing), flexural strength, bending, shear, hardness, and torsion testing, offering important information for material design and quality assurance.
The reason for the term "universal" is because it can carry out a variety of typical tests on materials, components, and structures.
Brinell hardness tester training unit
Code : (CTM-42)
A universal testing machine is employed for testing tensile strength (stretching) and compressive strength (squeezing), flexural strength, bending, shear, hardness, and torsion testing, offering important information for material design and quality assurance.
The reason for the term "universal" is because it can carry out a variety of typical tests on materials, components, and structures.
Rockwell hardness tester
Code : (CTM-43)
This device is created to measure the hardness of metals and alloys, regardless of shape, whether they are hard or soft.
Shape that is level or uneven.
Panel that is partially automated, motor-driven, digital, and microprocessor controlled.
Hardness can be obtained in a digital format.
Universal proctor cbr/automatic training unit
Code : (CTM-44)
Proctor/CBR universal compactor automatically performs programmable and uniform compaction cycles in full conformance to all standards.
Users can automatically set dropping height with high precision.
This eliminates inconsistencies in test data generated by manual adjustments and guarantees accurate and reliable results every
Charpy impact tester training unit
Code : (CTM-44)
The machine we provide is commonly used for assessing the anti-impact ability of metal materials when subjected to dynamic loads.
This equipment is made with top-notch raw materials and cutting-edge technology in accordance with global standards.
The machine being presented is recognized for its resistant to corrosion finish, sturdy build, and extended time in service.
