Guided by the ASTM F1614 standard, Instron's ElectroPuls linear-torsion test system supports the design and development of athletic footwear products.

This video covers Instron's comprehensive system move and relocation service, from planning and project management to reinstallation and calibration.

This video discusses key load cell specifications including load measurement accuracy and usable range, and how understanding these concepts will help optimize your load cell inventory, load string changes, and calibration obligations – while ensuring you have complete coverage to accurately measure your full range of expected forces in compliance with testing standards.

This video outlines the essential guidelines and best practices for moving your single column Instron electromechanical universal testing system.

This video outlines the guidelines and best practices for moving your Instron dual column table model universal testing system.

This video outlines the guidelines and best practices for receiving shipment of your single or dual column Instron® electromechanical universal testing system.

The Instron® AT3 Automated Testing System utilizes an innovative, adaptable design for testing a variety of materials including: rigid plastics, elastomers, rubber, thin film, foam, and metals. In this video, the AT3 is testing elastomer specimens. By incorporating the AutoX750 automatic contacting extensometer, precise strain measurements can be achieved over a 750 mm travel range, making it an ideal extensometer for automated elastomer testing.

Discover Instron’s next‑generation Autoinjector Testing System in this webinar, showcasing full functionality testing, Bluehill Universal method templates, essential performance measurements, system suitability, and tools that streamline validation for a wide range of autoinjector devices.

ASTM D1002 describes the procedure for evaluating the shear strength of adhesives used for bonding metals in the automotive, aerospace, and electronics fields.