Instron
While researching replacement materials for parachutes, two scientists discovered that no testing machine was accurate enough to meet their demands. They founded Instron in 1946, and we pioneered universal testing machines featuring strain-gauge load cells. Today, Instron remains committed to delivering the highest quality, leading-edge technologies and services designed to push the boundaries of research, quality control and service-life testing. Our systems evaluate the mechanical properties of materials and structures using tensile, compression, flexural, fatigue, impact, dynamic, torsional and multi-axial loading. Through a global infrastructure, we offer a broad range of local service capabilities, including calibration, verification, training, technical support and assistance with laboratory management.
- +1 800 564 8378
- 825 University Ave.
Norwood, MA 02062
United States
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Crash Simulation Systems
The crash simulators are capable of reproducing a wide range of standardized and user-defined crash tests including advanced applications such as side impact and vehicle pitch simulation. Instron’s acceleration sled systems are used for the development and approval of vehicle safety systems, vehicle parts and also for the investigation of solids and structures during crash events.
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Dynacell Load Cells
2527 Series
Dynacell is the world's first truly dynamic load cell, designed from the outset for measuring dynamic loads. Dynacell introduces the following advantages: *Reduces dynamic load errors which can be a significant percentage of reading*Increases productivity by allowing higher frequency operation while maintaining test validity *Improvements such as doubling the frequency are common
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Multi-Station Test Frame
6800
The 6800 Series Multi-Station System offers enhanced throughput with its ability to perform simultaneous, independent tests on up to five (5) separate specimens using a single load frame. Based on our standard 68TM-30 testing frame (30 kN capacity)*, this system is especially suitable when test times are lengthened due to high elongation or slow test speeds.
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High-Temperature Extensometers < 600 °C Capacitive
Instron® High-Temperature Extensometers are perfect for testing advanced composites, metals, polymers and other materials at elevated temperatures. This series incorporates a capacitive sensor that does not require any cooling. The extensometers come standard with a sensor conditioner unit providing a 0-10 V output with exceptionally low noise. These extensometers can be attached to round and flat specimens to perform tensile, compression, and cyclic tests.
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(2500kN+) Fatigue Testing Systems
8806
The precision mechanical systems, combined with the advanced features of the 8800 digital controller and Dynacell™ load cells, enable Instron to supply fully-integrated turnkey solutions to meet the most demanding applications. The system can be used to cover a broad range of static and dynamic test applications, covering metals, rebar, high-force fracture mechanics, aerospace panels, civil engineering components, wire ropes, or concrete.
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Universal Testing Systems up to 600 kN (135,000 lbf) Force Capacity
5980 Series
5980 Floor Model Testing Systems are universal, static testing systems that perform tensile and compression testing; and also perform shear, flexure, peel, tear, cyclic, and bend tests. The 5900 Series are engineered for precision, built for durability, and offer the flexibility for changing requirements. They are designed with standard and optional features that increase testing efficiency and improve the testing experience for the operator. 5980 floor models are robust, heavy-duty frames commonly used for testing high-strength metals and alloys, advanced composites, aerospace and automotive structures, bolts, fasteners, and plate steels. Frames are available in load capacities of 100, 150, 250, 400 and 600 kN; and several variations are available to accommodate requirements for both extended travel and extra wide test space.
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(25kN) Fatigue Testing Systems
8872
The 8872 fatigue testing system is ideal for fatigue and static testing of biomedical, advanced materials, and manufactured components. The servohydraulic actuator is conveniently located in the crosshead for easy table mounting. The T-slot base makes it easy to secure orthopaedic specimens, automotive components, and manufacturing assemblies. The adjustable crosshead, actuator-mounted load cell, and corrosion resistant T-slot base with unique drain channel are essential for testing biomedical specimens immersed in a saline bath.
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Testing Accessories
Instron has used its wealth of applications and engineering experience to produce the most extensive range of accessories for materials testing instruments in the industry. Made up of hundreds of grips, fixtures, load cells, and other accessories, our vast range of general purpose and application-focused accessories are designed to help you get the most from your materials testing system.
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Curved Needle Test Systems
The Instron® Curved Needle Testing System is ideally suited for testing needles used in wound closure or surgical procedures. This system provides a platform for two different needle testing solutions: one for curved needle puncture testing to ASTM F3014 and the other for cantilever bend testing.
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Capillary Rheometers
Plastics are amazing materials with the unique ability to flow when heated to relatively low temperatures. They can be formed into a wide variety of shapes and tailored for many different applications. However, their flow properties during this process are complex and affected by many parameters. Instron® provides comprehensive and effective testing solutions in plastics applications and industries through the CEAST SmartRHEO Series. This capillary rheometer simulates the process conditions, measuring the plastic materials flow behavior that characterizes the rheology of materials.
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HDT VICAT Testers
The Instron HV Series of HDT Vicat testing machines bring you an enhanced user experience and outstanding productivity. Our HDT and Vicat testers with Bluehill® HV Software make materials testing SIMPLER, SMARTER, SAFER.
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Structural Durability Solutions
Instron offers a variety of testing systems and rigs for static, quasi-static and dynamic loading of structures and components. This includes Component Test Systems, Shaking Tables, Road Simulators, Axle Test Systems, Full Vehicle Test Systems, Wheel Test Systems, Shock Absorber Test Systems, Elastomer Test System and Dynamic Torsion Test Systems.
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Long Travel Extensionmeters
The Instron model XL (long travel) extensometer is a precise device for measuring strain in highly extensible materials such as elastomers, semi-rigid plastics and films. Designed for use with electromechanical testing instruments, Instron XL units can be used to measure specimens elongation's up to 10 in or 250 mm. An optional of 15 in or 375 mm travel is also available.
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Furnaces
These three zone resistance wire wound furnaces are of split construction to facilitate fast and easy loading of a pre-assembled specimen train. The case is constructed from stainless steel with aluminium and hardened insulation board end plates. The optional front cut-out allows the use of side-entry high-temperature extensometry. Adjustable stainless steel latches keep the furnace halves locked together during use, but are then easily opened once testing is complete. The furnace is available with optional heavy duty brackets or mountings, which attach to a wide range of testing systems. An extensive range of standard controllers is available to suit most test regimes. Custom variants can be specified should the standard range not include a suitable unit.
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CrashSim
The application software CrashSim is used for the preparation, execution, monitoring, analysis and documentation of crash tests carried out on the Instron sled system. The user application focused software has been continuously improved in cooperation with our worldwide user groups.
