Until now, materials testing labs could achieve testing forces of 100 kN only with Instron’s floor model systems, but thanks to recent engineering advancements, they can now gain all the needed ...

This video shows tensile testing of composite tow specimens using AutoX750 Extensometer from Instron to ASTM D4018 standard from Instron. These tow specimens can prove to be difficult to test due to ...

This video shows tensile testing of elastomers and rubber to ASTM D412 and ISO 37 standards using AutoX750 Extensometer from Instron. These standards cover a range of materials including thermoset ...

Let us help you with your inquiries, brochures and pricing requirements Request A Quote Download PDF Copy Download Brochure Safety and Ergonomics: The AT3 enhances ...

DUESSELDORF, Germany—Instron is displaying its portfolio of systems for testing polymers at K Show. The firm, a global manufacturer of testing equipment for the material and structural testing markets ...

Instron is excited to launch Bluehill Central, a networked lab management solution for Bluehill Universal software. Bluehill Central allows lab managers to remotely manage all test systems running ...

Norwood, MA – Instron is excited to announce the release of the next generation Autoinjector Testing System for full functionality testing of pen and autoinjectors to ISO 11608. Developed in close ...

Instron (Norwood, Mass., U.S.) presents its 6800 Series universal testing systems. The new-generation testing machine is available from 500 N capacity on a single column system up to 300 kN with a ...

Tensile testing, compression testing, ausforming, extrusion, and other hot-forming deformation 3 kW induction heating Thermal chamber for mechanical testing from -130℃ to 350℃ Displacement, load, and ...

Instron, a leading provider of testing equipment solutions designed to evaluate mechanical properties of materials and components, introduces WaveMatrix™, an intelligent Windows®-based software ...

Structures or components subjected to quickly applied loads see proportionately high rates of strain. But the mechanism by which many materials deform is different at high strain rates than at lower ...