Understanding the ASTM and ISO Standards for Material Testing.

A mechanical testing machine is designed to measure the physical properties of a material when subjected to mechanical stress. Key measurements include tensile strength (how much it can be stretched before breaking), compressive strength (resistance to being squeezed), flexural strength (bending), shear strength, and ductility (ability to deform without fracturing).

A universal testing machine, or UTM, is a specific type of mechanical testing machine that is highly versatile. It is designed to perform a wide variety of tests, including tension, compression, and bending, often by simply changing the grips and fixtures. While some machines are dedicated to a single function, a UTM is the most common and flexible choice for a comprehensive testing lab.

Nearly every industry that produces a physical product relies on a mechanical testing machine. This includes automotive (testing components for crash safety and durability), aerospace (validating high-strength alloys), electronics (testing the strength of solder joints and chip packages), construction (certifying the strength of concrete and steel), and medical devices (ensuring the integrity of implants and instruments).

Choosing the right capacity (the maximum force a machine can apply) for your mechanical testing machine is critical. You must determine the expected maximum strength of the materials you will be testing and select a machine with a capacity well above that to ensure accuracy and safety. WBE offers a wide range of capacities and our experts can help you select the ideal machine for your specific applications.

Yes, absolutely. WBE specializes in both standard and non-standard customized solutions. Whether you are testing delicate microelectronics, advanced composites, or large structural components, we can engineer a mechanical testing machine with the appropriate fixtures, software, and force capacity to meet your unique testing requirements.

Regular calibration is essential to ensure the accuracy and reliability of your mechanical testing machine. Over time, electronic and mechanical components can drift, leading to inaccurate readings. Calibration verifies that the machine's force and displacement measurements are correct and traceable to international standards, which is crucial for quality control, R&D data integrity, and regulatory compliance.