As the core equipment for testing the mechanical properties of components, the universal testing machine serves as a crucial support for the component industry in controlling product quality and ensuring the safety of engineering applications. Its role spans the entire process of prefabricated component production, finished product inspection, and process optimization, specifically manifesting in four aspects.

Firstly, performance testing of prefabricated concrete components. Prefabricated beams, slabs, columns, and other concrete components are the core components of prefabricated buildings. Universal testing machines can accurately measure key indicators such as the ultimate bearing capacity and crack resistance of components through compressive and flexural tests, to determine whether they meet design standards, avoid the risk of structural deformation and collapse caused by insufficient component strength, and guide the optimization of mix proportions and adjustment of curing processes in the production process.

Secondly, mechanical verification of steel structural components. Steel trusses, steel columns, steel beams, and other steel structural components are widely used in industrial plants, long-span bridges, and other projects. Universal testing machines can conduct tensile, compressive, and shear tests to detect parameters such as yield strength, tensile strength, and elongation of steel materials, verify the stability and durability of components under load, and identify mechanical performance degradation issues caused by welding and assembly process defects.

Thirdly, reliability testing of component connection nodes. The connection nodes of prefabricated components are the weak links in structural stress. Universal testing machines can conduct tensile and shear tests on grouted sleeves, bolt connectors, welded joints, etc., to measure the anti-slip coefficient and ultimate bearing capacity of the nodes, ensuring that the node connections are secure and preventing engineering safety accidents caused by connection failure.

Fourthly, research and development of new components and process optimization. In the field of green building materials and lightweight component research and development, universal testing machines can provide fatigue and endurance strength testing for composite material components, aluminum alloy components, etc., obtain precise mechanical data, verify the engineering applicability of new materials and processes, and promote the transformation of the component industry towards industrialization and greenification.

In summary, the universal testing machine serves as a "hardcore yardstick" for quality control in the component industry, establishing a solid technical defense line for the safe application of component products.