Welcome to the TensileMill CNC blog, practical insights, industry news, and expert tips from the world of CNC machining and tensile sample preparation. We would be delighted to keep you in the loop: subscribe to our updates so you never miss a new article.
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…
The preparation of tensile specimens is a critical aspect of material testing, as it involves creating samples to evaluate a material’s response to tensile (pulling) forces. The accuracy of tensile testing relies heavily on…
The marine industry operates in some of the most challenging environments on Earth. Extreme conditions, heavy mechanical loads, and constant exposure to moisture and salt can push materials and equipment to their limits. The…
The circular economy is redefining how we approach materials and resources, aiming to eliminate waste and maximize the value of every product throughout its lifecycle. At the core of this concept are recycling and…
Did you know that spacecraft materials must withstand conditions far harsher than anything on Earth? From the intense vibrations during launch to the extreme temperatures of space, these materials face relentless challenges. Yet, one…
Nowadays, automation has become a key component of efficiency and precision across industries. Within material testing laboratories, nearly all basic procedures, whether for sample preparation or final specimen testing, can now be performed with…
If your business relies on tensile testing laboratories for material quality assessments, you may have noticed how quickly the bills can add up. This is especially true if you’ve formed a long-term partnership with…
The preparation of samples is a fundamental part of material testing, making certain that specimens meet the specific standards required for accurate testing. Whether preparing tensile samples for testing material elasticity and strength or…
Minimizing defects in the tensile specimen preparation process is a must to achieve accurate, repeatable results during tensile testing. Any deviation or defect in the preparation phase can lead to misleading data and unreliable…
In material testing, specimen machining is not the final step in achieving a fully prepared specimen for accurate testing results. Machining processes like turning, milling and grinding, often leave residual stresses and surface finish…
Universal Testing Machine (UTM) is a highly versatile tool used to determine materials’ mechanical properties. The UTM is capable of performing various tests, including tensile strength (how much force a material can withstand when…
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.