Universal Testing Machine 100KN | Metal Tensile & Compression Testing

DESCRIPTION / TECHNICAL SPECIFICATIONS

Engineered to meet the most demanding material testing requirements, this floor model Universal Testing Machine is the definitive solution for static mechanical property analysis. With a maximum test force capacity of 100KN , this instrument is capable of accurately performing tensile, compression, flexure, and shear tests on a wide variety of materials, including metals and composites. It is an essential device for industrial quality control laboratories, research institutions, and academic facilities that require valid and consistent test data.

Power and precision are at the core of this machine's engineering, driven by a high-performance Japanese AC servo motor and a synchronous belt that actuates two high-precision, gapless ball screws. This advanced drive system ensures exceptional stability, high efficiency, low noise levels, and a speed accuracy that meets the ±0.5% standard. Force measurement is supported by a 100KN load sensor with an accuracy of class 0.5 , delivering reliable results across a measurement range of 0.4% to 100% of full scale.

Operational intelligence is embodied by the fully digital closed-loop measuring and control system. The software, connected to a PC via USB , allows users to perform various test modes like cycle testing and to automatically calculate crucial test parameters such as Rm and E. Advanced data visualization features, including zoom and multi-curve functionality , data analysis , and the ability to store and recall test data, make result analysis more insightful and efficient.

With the capability to provide test data in accordance with various international calibration standards like ISO 7500-1, ASTM E4, GB, DIN, and JIS, this machine ensures your products are ready for the global market. A generous effective testing width of 590mm and an effective stroke of 720mm provide the flexibility to accommodate diverse sample sizes and shapes. Invest in this instrument for data certainty, standards compliance, and a competitive edge in material quality.