Instron
Instron is a global leader in materials testing, offering a comprehensive portfolio of testing systems designed to evaluate mechanical properties such as tensile, compression, flexural, fatigue, impact, and dynamic behavior. Our products support a wide range of applications, from raw materials to finished products — backed by expert engineering and a global service network providing calibration, training, and technical support. With deep application knowledge and responsive local support, Instron helps customers optimize performance, improve efficiency, and accelerate innovation across industries.
- +1 800 877 6674
+1 781 828 2500 - 825 University Ave.
Norwood, MA 02062
United States of America
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Automated Testing Systems
Instron’s automated testing systems bring precision, productivity, and safety to materials testing by automating routine tensile, flexural, and compression operations. Available as full turnkey platforms or modular add-ons for existing test frames, these systems — including the AT3 three-axis, AT6 six-axis robotic, AT2 automated XY stages, CT6 cobot integration, and carousel stations — allow labs to boost throughput, reduce operator variability, and free up staff for higher-value activities. The systems are engineered to support a wide spectrum of materials (plastics, metals, films, composites, medical devices) and comply with international ASTM and ISO test standards while enhancing repeatability and workflow efficiency.
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Structural Durability Products
Instron offers a wide range of Durability Testing Products such as Controller and Software modules, Hydropuls actuators (linear & rotary), Servo valves, Sensors, Power Packs & Accessories and Test frames & fixtures.
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Mechanical Wedge Action Grips
2716 Series
The Instron mechanical wedge action grips are durable tensile grips designed to automatically increase clamping force as test loads rise, maintaining fixed jaw positions and preventing slippage. Their open-front, moving-body design allows easy specimen insertion while ensuring consistent gauge length and minimal compressive force during clamping, making them a versatile gripping solution and particularly suitable for testing high-strength materials such as metals and composites.
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Melt Flow Index Testers
Instron® melt flow testers are specifically designed for easy and accurate measuring of Melt Flow Rate (MFR) and Melt Volume Rate (MVR). Our extrusion plastometers range from manual to semi-automated plastic melt flow index testers performing multiple weight tests. All our Melt Flow Index testing equipment meets the latest ASTM and ISO standards.
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Software for 8800 Series Systems
The FastTrack 2 software suite consists of a number of application programs designed to address common fatigue and static testing requirements on servo-hydraulic systems. The suite includes general purpose fatigue , complex cyclic and fracture toughness applications as well as static and LabView user-programmability options.
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Environmental Chambers
3119-600 Series
The Instron environmental chambers are precision thermal enclosures designed to integrate with static or dynamic test systems, enabling evaluation of material behavior under controlled non-ambient conditions. They circulate hot or cold air over specimens and grips using forced-convection to maintain stable temperatures. These chambers are available in a variety of standard sizes (or can be customized), and are compatible with extensometers, grips, and fixtures to provide a turnkey solution for temperature-dependent testing from subzero to elevated conditions.
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CrashSim Office
CrashSim Office is a stand-alone program for signal preparation and processing, as well as for predicting the pulse-making capability and the generation of the DriveSignal for the CrashSimulationSystem. CrashSimOffice is used offline from the crash simulation system and has essentially the following characteristics
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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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Screw Side Action Tensile Grips
2710-100 Series
The Instron screw side-action tensile grips are precision mechanical grips engineered for tensile testing across a broad spectrum of specimen materials (e.g. metals, plastics, textiles, thin foils) and geometries. Their dual-acting screw mechanism delivers concentric clamping and allows for adjustments to accommodate varying specimen thicknesses or unique components — ensuring reliable load alignment. With quick, tool-free jaw face changes and a wide assortment of interchangeable jaw face types (smooth-ground, serrated, rubber-coated, etc.), these grips offer flexibility in test setup.
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Load Cells
Instron is the only testing system manufacturer that designs and builds its own load cells, ensuring exceptional accuracy, stiffness, and alignment across a wide measurement range. Produced at Instron’s High Wycombe, UK facility, each load cell is temperature-compensated and calibrated to international standards for outstanding repeatability. Backed by the largest commercial deadweight stack in the U.S., Instron’s calibration process delivers precision that often exceeds industry requirements—providing reliable, traceable performance for even the most demanding materials testing applications.
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CEAST VisualMELT Software
VisualMELT Software is designed to control all the functions of the Modular Melt Flow Systems, from single-weight to multiple-weight tests. The software enables the user to manage all optional equipment, including the load cell, the automatic cutting device, and the motorized weight lifter. When working with a multi-weight tester, it is possible to set up and control single-weight or multi-weight tests, as well as define the order and number of weights to be applied.
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Pneumatic Side Action Tensile Grips
2712-04x Series
Instron’s pneumatic side-action grips provide a high-performance, repeatable, and safe gripping solution for a broad spectrum of materials — from fine wires, fibers, textiles and foils to plastics, elastomers and components — via air-actuated clamping that maintains constant force even as specimens deform. With quick, tool-free jaw face changes, optional alignment and centering devices, adjustable opening and flow control, and integrated safety features (e.g. jaw face shields), these grips are engineered for throughput and reproducibility operator protection in tensile testing applications.
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Dynamic and Fatigue Testing Systems
Instron offers an extensive range of fully-integrated dynamic and fatigue testing systems from 1000 N up to 5000 kN. Incorporating servohydraulic, servo-electric and linear motor technologies, these test instruments cover a broad range of fatigue, dynamic, and static testing applications. These applications include high-cycle fatigue, low-cycle fatigue, thermo-mechanical fatigue, fracture mechanics, crack propagation and growth studies, fracture toughness, bi-axial, axial-torsional, multi-axial, high strain rate, quasi-static, creep, stress-relaxation, and other types of dynamic and static tests.
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Universal Testing Systems (Up To 2000 KN)
Industrial Series (DX, HDX, KPX)
The Instron static hydraulic universal testing systems — part of the Industrial Series — are rugged, high-capacity frames built for demanding material tests in tension, compression, flexure and shear up to 2,000 kN. Featuring large-diameter columns and rugged components for superior frame stiffness and durability, these systems deliver reliable, repeatable performance for high-force testing needs in metals, composites, concrete, fasteners, and structural materials.
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(1000kN) Fatigue Testing Systems
8805
The 8805 is a 4-column, 1000 kN servohydraulic fatigue testing machine. It features a high-stiffness and precision-aligned load frame, with hydraulic lifts and locks, and an actuator in the upper crosshead.
