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Thinking of building your own materials testing lab from scratch? Or maybe you’re looking to upgrade your equipment for material tests? Whether it’s a new tensile testing machine for your QA or QC department,…
Buying tensile testing equipment is one thing, getting it properly certified is another. Many laboratories and manufacturers assume that once the machine is installed, it’s ready for critical testing. But without accredited calibration and…
Have you ever seen a tensile test specimen? Those smooth, carefully shaped metal pieces – often round like a “dog bone” or flat like a metal coupon – look ready for testing right after…
The strength of forged metal components can exceed that of comparable cast parts by as much as 26%. The metal is reshaped under high pressure during the forging process, resulting in an increase in…
Even small dimensional inaccuracies, surface roughness, or undetectable edge flaws in tensile specimens – that is, even minor deviations in test results – can have a major impact. Whether the testing machine is precise…
Tensile testing accuracy starts long before the universal testing machine ever applies a load – it begins with the test specimen itself. Even the most advanced test frame cannot compensate for a poorly prepared…
Many people have at least once noticed the ISO label on products they use daily, from packaged food and bottled water to electrical tools and medical devices. ISO standards are vital in modern life,…
Many facilities face several common challenges when searching for a reliable partner in tensile testing. These often include overly complex equipment interfaces that require extensive training, delayed deliveries that disrupt production timelines, and limited…
Sample preparation is a key aspect of material testing. It makes sure specimens meet specific standards for accurate evaluations. The complexity of this preparation varies with the type of test – from straightforward procedures…
Environmental conditions such as temperature and humidity influence the mechanical properties of different materials, particularly polymers and composites. While most studies focus on their effects during mechanical testing, growing attention has been placed on…
There is a great deal of stress placed on every component of a spacecraft during space travel. From the violent forces of launch to the vacuum of space and the intense heat of reentry,…
A major component of material testing is tensile testing, which is used to determine the strength and performance of materials. However, the financial implications of such testing are quite substantial. For example, the average…
Your team can extend the machine to new test standards at any time using the machine's licensed TM Software, without CNC programming experience or outside help.