Righting and Moving an Instron Floor Model Universal Testing System

Righting and Moving an Instron Floor Model Universal Testing System

This video outlines the essential guidelines and best practices for moving your Instron® floor model universal testing system. We recommend you always adhere to the steps and safety protocols detailed in your system's preinstallation manual.

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Materials Testing for Aerospace Applications

Materials Testing for Aerospace Applications

Testing for the aerospace industry demands high precision equipment combined with excellent laboratory practices and robust traceability. Instron systems are designed to provide reliable, repeatable measurements using high-quality equipment, with a wide range of grips and fixtures that allow precision adjustment of alignment to facilitate easier compliance with testing standards and accreditation bodies. Instron's calibration laboratory can also provide on-site verification and calibration for both transducer measurements and mechanical alignment that are internationally accredited by NVLAP and are directly traceable to national reference standards at NIST and NPL.

Instron has provided materials testing equipment to the aerospace sector for more than 75 years. As such, we recognize the origins of our customers’ demands for repeatability, reproducibility in round-robin testing, and overall audit-worthiness of their testing processes. Instron continues to engage with standardization and research meetings in order to stay in touch with evolving requirements and to offer the best support to the community.

AT3 Automated Testing System: Configured for Metals Tensile Testing

AT3 Automated Testing System: Configured for Metals Tensile Testing

The Instron® AT3 Automated Testing System utilizes an innovative, adaptable design for testing a variety of materials including metals, rigid plastics, elastomers, rubber, thin film, and foam. In this video, the AT3 is configured for metals testing and includes a 6800 Series 300 kN floor model universal testing system, advanced hydraulic wedge grips, a video extensometer, and the AverEdge32 for transverse strain measurement for r-value calculations.

Learn about additional automated testing solutions.

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ISO 80369: Mechanical Testing of Luer Connectors

ISO 80369: Mechanical Testing of Luer Connectors

Luer connectors are used exclusively in the healthcare industry and can be found in a wide range of medical products

ISO 80369 evaluates the functionality of small-bore connectors for liquids and gases in healthcare applications. These connectors, also known as luer connectors, are universally used in medical applications to ensure that products such as syringes and catheters will reliably connect with one another, no matter where in the world they are produced. They are critical for ensuring that patients receive appropriate treatments, such as the delivery of medication or the withdrawal of bodily fluids.

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AT6 Automated Testing System: Testing Plastics, Elastomers, and Thin Films

AT6 Automated Testing System: Testing Plastics, Elastomers, and Thin Films

This video demonstrates an Instron AT6 automated testing system configured for tensile testing on a range of material types and specimen sizes, including rigid plastics, elastomers, and thin films. As the system processes each specimen tray, batch separators are scanned to automatically update test parameters and the frame setup.

The AT6 shown in this video is equipped with a specimen measurement device to automatically record measurements prior to testing. Strain is captured using the AutoX750 automatic contacting extensometer, which can be configured to automatically detach prior to specimen break. Conforming to various ISO and ASTM standards for a wide range of materials, this system has a flexible platform to deliver high throughput with repeatable results for a variety of testing needs.

Learn more about the AT6.

Learn more about Instron automated testing systems.

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ASTM D695 / ISO 604: Compressive Properties of Rigid Plastics

ASTM D695 / ISO 604: Compressive Properties of Rigid Plastics

ASTM D695 obtains the properties of a material's compressive strength, compressive yield point, and modulus. The standard specimen for strength determination is a right cylinder or prism whose length is twice its principal width or diameter. If the specimen is too thin, an anti-buckling support jig should be used to prevent the specimen from buckling.

ISO 604 is an international standardized test method used to determine the compressive properties of rigid and semi-rigid thermoplastic or thermoset materials. Using compression platens to apply a force, the properties obtained are compressive strength, strain at compressive strength, compressive yield stress, and if required, modulus. ISO 604 is used alongside its tensile test standard equivalent, ISO 527, and together they provide the fundamental material properties of polymers that are found in every industry and every household around the globe.

Depending on the maximum expected forces, ASTM D695 and ISO 604 can be performed on either a single column or dual column universal testing machine such as those available in Instron's 3400 and 6800 Series.

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ASTM D624: Tear Strength Testing of Rubber and Elastomers

ASTM D624: Tear Strength Testing of Rubber and Elastomers

ASTM D624 is a common test method used to determine the tear strength of conventional vulcanized rubber and thermoplastic elastomers. Due to the specimen shapes often used, this test is sometimes called a trouser, angle, or crescent test. This video is intended to introduce you to the basic elements of an ASTM D624 test and will provide an overview of the testing equipment, software, and specimens needed.

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Choice Inputs in Bluehill Universal Software

Choice Inputs in Bluehill Universal Software

Choice Inputs provide users with a preconfigured list of options that minimize data entry time and reduce the risk of error for commonly used inputs, such as operator name, color, or specimen type. Additionally, each choice can be linked with other parameters, such as test rate or dimensions.

Learn more about Bluehill® Universal Software.

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ElectroPuls E20: Hamm-Lippstadt University Case Study

ElectroPuls E20: Hamm-Lippstadt University Case Study

Instron ElectroPuls systems are the established materials testing instruments using patented linear motor technology. Offering slow-speed static and high-frequency fatigue testing, this versatile testing capability means ElectroPuls systems are ideal for any lab or office space.

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Inside Instron: Precision Manufacturing at Our Binghamton, NY Facility

Inside Instron: Precision Manufacturing at Our Binghamton, NY Facility

At Instron®, we take pride in manufacturing mechanical testing equipment to the highest standards, ensuring complete confidence in your testing.

Our state-of-the-art machine shop in Binghamton, New York produces foundational frame components and flagship accessories for materials testing labs worldwide, all proudly made in the USA. We use only the highest quality metal alloys and advanced machine tools to create critical components like crossheads and base beams for our 3400 and 6800 Series universal testing systems. Each part undergoes rigorous checks to meet our stringent precision requirements.

Our Binghamton facility also produces hundreds of load string accessories, including pneumatic grips, flexure fixtures, and adapters. After machining, parts are plated, painted, heat-treated, and assembled locally, ensuring tight quality control and rapid delivery. For unique testing needs, our dedicated team of machinists collaborates with Instron’s Engineered Solutions Group to design custom products. Components are shipped daily to our Norwood, Massachusetts headquarters for final assembly and testing.

Behind every Instron product is a team dedicated to manufacturing best-in-class testing equipment you can trust to protect your brand and your operators.

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ASTM F1614: Shock Attenuation Testing of Athletic Footwear

ASTM F1614: Shock Attenuation Testing of Athletic Footwear

ASTM F1614 is used in the development and testing of athletic footwear products. An Instron ElectroPuls® linear-torsion test system supports the design and development of the latest sports shoes.

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Instron Professional Services: System Move and Relocation

Instron Professional Services: System Move & Relocation

At Instron®, we understand the challenges involved in relocating materials testing equipment. In this video, we’ll walk you through our comprehensive system move and relocation service, from planning and project management to reinstallation and calibration.

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