Tensile testing has an incredibly broad range of applications, from tires, automotive components and construction products to delicate precision components and medical products. With tremendous advancements in materials science, the need for fast, effective quality validation testing is growing.
- A shortage of skilled technicians is driving demand for more automated tensile testers
- Real-time monitoring shows sample behavior up to the moment of failure
- AI and IoT combined with tensile testing can reduce deficiencies by 20%
- Tensile data will be key to qualifying recycled and sustainable materials
What Is the Current State of Tensile Testing?
Tensile strength testers are used to assess heavy-duty products, such as tires, automotive components, and construction products, as well as delicate precision components and medical products. Rubbers, plastics, and metals can all be evaluated with tensile testing machines, as can nano- and microfibers.
With tremendous advancements in materials science, there is a growing need for fast, effective quality validation testing—including tensile testers—to evaluate new and experimental compounds. There are tremendous opportunities for tensile testers to streamline production, as well as challenges that must be overcome.
Adapting to Current Challenges
One of the major challenges facing manufacturers is a shortage of skilled technicians who can conduct tensile testing. This is exacerbated by growing demand: many manufacturers want more tensile testing on the production floor for quality assurance but are struggling to recruit enough technicians. That speaks to a need for a more efficient tensile tester that leverages automation and cutting-edge software to execute key functions with only minimal involvement from a human technician.
Real-Time Monitoring
Growth in tensile testing innovations over the last decade
Product failures some experts attribute to undetected defects
According to eCommerce Fastlane, the tensile testing market has seen “a significant 15% growth in innovations over the last decade.”
A meaningful advancement in tensile testing technology is real-time monitoring. In the past, test samples were only examined after testing was complete, which limits how much manufacturers can glean from the testing. This can cause significant problems later on: some experts report that 60% of product failures are caused by defects that go undetected during production or quality assurance. Real-time monitoring allows for up-to-the-second insight into when the material failed and the behavior of the sample leading up to the moment of failure. This level of detail equips manufacturers to adapt quickly and make adjustments with confidence.
The Future of Tensile Testing
AI and IoT
Artificial intelligence and the Internet of Things have fundamentally changed the quality assurance environment for materials, detecting defects much earlier in development and production. Combined with tensile testing, they can reduce deficiencies by 20%.
Sustainability
Tensile testers predict the performance of new materials and benchmark them against legacy products, so they are expected to play a critical role in adopting environmentally friendly materials. Manufacturers experimenting with recycled materials will rely on tensile data to confirm the new products are as durable as the originals.
The next generation of tensile testing machines
The AlphaFlex10 Tensile Tester is the leading tensile testing machine in the rubber industry. Leveraging 204 combined years of experience from Alpha Technologies and Tinius Olsen, it is designed for simplicity and accuracy, with advanced sensors, control algorithms, and accessories to support precision data acquisition.
With the same reliability and precision as other Alpha rheology instruments, the AlphaFlex10 integrates seamlessly into your existing Alpha software environment. And it will be maintained and serviced by your existing support person, so you can continue to enjoy a personalized experience from someone who understands what’s important to you.
Talk to one of our tensile testing experts
Learn more about the AlphaFlex10 Tensile Tester and request a quote.