Tensile Testing Machines RSS Feed - Tensile Testing Machines

Tensile strength is the stress at which a material breaks or permanently deforms. There are three definitions of tensile strength, yield strength, ultimate strength and breaking strength. Tensile tests are usually carded out on wire, strip or machined samples with either circular or rectangular cross section. Test pieces are screwed into or gripped in jaws and stretched by moving the grips apart at a constant rate while measuring the load and the grip separation. This data is plotted as load vs extension and then converted to engineering stress (load/original area) vs engineering strain (fractional change in length over the test section assuming the deformation is uniform). In special circumstances, the actual stress and strain may be calculated if the true cross section is measured during the test.
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Equipment
Equipped with a power digital closed-loop controller, ADMET’s Micro EP is a mini tester that can also adapt to many microscope stages. Micro EP models are available with force capacities to 5kN (1,125 Lb), optional crosshead strokes, testing speeds, thermoelectric heaters and coolers.
The MultiTest 50-xt from Mecmesin can be programmed at mid-range and is a self-contained force testing system with 50kN rating.
Model IT542 Pendulum Impact Tester from Tinius Olsen is a high energy impact testing machine designed for fulfilling the requirements of ASTM E 23 and ISO 148 standards.
MTII/Fullam offers a unique, compact test system specifically designed to fit inside scanning electron microscopes. Capable of performing fatigue, compression, bending and tensile testing, they are ideal testers for researchers and material scientists. During testing, crack propagation, grain rotation and other effects of mechanical stress can be observed under high magnification in an electron microscope.
MP1200 Extrusion Plastometer is a new melt flow indexer from Tinius Olsen that is designed to meet or exceed all the specifications of Procedure A, B, C and D of ASTM D1238.
These Tinius Olsen dual column materials testing machines are floor mounted and have frame capacities of 100 kN, 150 kN, 200 kN, and 300 kN (20,000 lbf, 30,000 lbf, 45,000 lbf, and 60,000 lbf respectively). These machines are designed to test a vast range of materials, including, but not limited to: rigid and reinforced plastics, composites, geotextiles, sheet metal, welded specimens, adhesives, and medical products and components, in tension, compression, flexure, shear, tear, and peel.
Tinius Olsen offers a range of horizontal tensile testing machines in capacities of 5 kN (1,000 lbf), 25kN (5,000 lbf), 150 kN (30,000 lbf) and 300kN (60,000 lbf) for maximum tensile testing throughput and capability.
An affordable, ultra-accurate, single-column materials table-top testing machine for those low capacity testing needs. Ideal for use in most testing situations including test labs, R&D applications, quality control and production testing.
The United Digital Speedy Tester Model LCH-150KN is a, hydraulic testing machine incorporating a highly accurate, built-in digital information system for the display of test data.
Model IT406 Pendulum Impact Tester from Tinius Olsen is a high energy impact testing system designed for meeting the requirements of ISO 148 and ASTM E 23 standards.
Presently test pieces from metal foils and steel sheets are economically and accurately produced using specimen blanking machines. Standards such as ASTM A370, EN 10002 and BS 18 stipulate that test results must not be influenced by any material change caused by work-hardening in the specimen edge zone.
With the help of specimen blanking machines, test pieces from metal foils and steel sheets are economically produced and also accurately using specimen blanking machines.
The 1,500kN (300,000 lbf) Super L model from Tinius Olsen is a hydraulic tension compression tester for critical materials testing up to 300,000 lbf.
The 3360 Series Dual Column Tabletop Testing Systems from Instron are ideal for tension and/or compression applications where tests are less than 50 kN (11,250 lbf). The 3360 Series Dual Column testing systems provide simplicity, performance, and affordability for quality control and product testing. Models are available in load force capacities of 5, 10, 30, and 50 kN.
The 3,000 kN (600,000 lbf) Super L model from Tinius Olsen is a static tension compression testing machine. The equipment has been considered as the standard for versatility, accuracy and reliability in hydraulic universal testing machines.
The 600kN (120,000 lbf) Super L model from Tinius Olsen is a hydraulic tester designed for critical materials testing up to 120,000 lbf.
The 600kN (120,000 lbf) Super L model from Tinius Olsen features their patented dual pressure hydraulic loading system and a rugged four column construction for exceptional load frame rigidity. The machine has an operating range from 240 lbf to 120,000 lbf and maintains an accuracy of +/- 0.5% of the displayed load across this range.
Horizontal Tensile Tester is designed for 180° peel force testing and control by computer chip. This machine could make tensile/pressure testing also analyze various testing data by connecting with computer.
Universal testing machines for today’s high capacity applications require sturdy load frames along with computer data acquisition and control capabilities.
The United Automatic Carbon Fiber Tester is designed to automatically (without operator intervention) test up to 200 specimens of carbon fiber in one setup. For easy record keeping and generating reports, specimen data are entered into the test software via barcode. The diameter of each fiber specimen is measured by a laser diffraction measuring system.
The 150kN (30,000 lbf) Super L model from Tinius Olsen is a hydraulic compression tension tester designed for critical materials testing up to 30,000 lbf.
Shimadzu offers AGS-X Universal Tensile Tester which is very easy to use. It can be used as a standalone tester to test specimens using test methods.
The ADMET eXpert 2600 series dual column testing machines tackle the toughest tests with their superior axial alignment, stiffness, and crosshead guidance. A simple design allows for lower cost, faster delivery, and years of maintenance free operation. All eXpert systems are capable of performing compression tension, and flexure tests.
The 60kN (12,000 lbf) LoCap mechanical testing machine provides durability, speed, convenience, accuracy and ease of use. Its precision interchangeable straingage loadcells allows quick change of machine capability from as little as 0.02 lbf up to 12,000 lbf.
The 300kN (60,000 lbf) Super L model is a hydraulic tester from Tinius Olsen for critical materials testing up to 60,000 lbf.
Admet single column electromechanical testing systems are ideal for determining the mechanical properties of a variety of materials in a divers set of applications. Systems are ideal for measuring the tensile, flexural, shear, creep, and compressive properties of materials, components, and devices.
The 1,000kN (200,000 lbf) Super L model from Tinius Olsen is a hydraulic testing machine for critical materials testing up to 200,000 lbf.
The Model IT503 from Tinius Olsen is a low energy impact tester for plastic materials. The contained impact tester is designed to meet the specifications outlined by ISO 179, ISO 180, ASTM D256 and ASTM D6110.
The MultiTest 25-i offers an all-inclusive and powerful twin-column tensile test system for increased capacity force measurements up to 25kN.
The Zwick 7140 specimen grinder enables work-hardened areas of the specimen to be ground off quickly and economically. Grinding is performed in the tensile direction so that machining marks have no effect on the test result. The grinder can be used to machine a wide range of specimen shapes.
The 2,000kN (400,000 lbf) Super L model from Tinius Olsen is a hydraulic tester equipped with the company’s patented dual pressure hydraulic loading system.
Labthink has developed the i-Meditek 1300 medical packaging tester for analyzing the physical properties of medical packages such as infusion bags, ampoule bottles and blister packs.
The 300kN (60,000 lbf) Super L model features our patented dual pressure hydraulic loading system and a rugged four column construction for exceptional load frame rigidity. The machine has an operating range from 120 lbf to 60,000 lbf and maintains an accuracy of +/- 0.5% of the displayed load across this range.
Designed to customer specifications, the 177da Horizontal Tensile Testing Machine from A.J.T. Equipment is specifically for proof loading and destruction tests that require data logging
The Tinius Olsen 2,000kN (400,000 lbf) Super L model features the patented dual pressure hydraulic loading system and a rugged four column construction for exceptional load frame rigidity. The machine has an operating range from 800 lbf to 400,000 lbf and maintains an accuracy of +/- 0.5% of the displayed load across this range.
Test up to six samples at once for the cost of about two stand-alone units. the United Test Systems MS Series
The robotic testing system 'roboTest R' (Polar) from Zwick is used for fully automatic tensile tests on metallic specimens (e.g. to EN 10002-1) or tensile and flexure tests on plastics specimens (e.g. to ISO 527-2, ISO 178 or ASTM D638).
Labthink’s i- Strentek 1100 Auto Tensile Tester is a device used for evaluating physical properties such as seal strength, compressive strength, tensile strength, and peeling of adhesives, composite and plastic films, medical plasters, release paper and foils.
Model 899 Impact Specimen Notcher from Tinius Olsen easily and accurately machines a notch in a plastic sample according to the specifications outlined by ASTM 6110, ASTM D256, ISO 180 and ISO 179 for Charpy and Izod testing.
Torsion drives can be installed in zwicki-Line materials testing machines such as the Materials testing machine zwicki-Line Z2.5 TX or Z5.0 TX to carry out single and multi-axial loading tests (tensile or compression combined with torsion) during materials and component testing.
The DynaGen Bioreactor instruments set a new benchmark for 3D cell culture and tissue engineering research.

The CT3 is a low cost, but powerful, universal testing machine that offers both compression and tensile testing. It can calculate, through compression and tensile data, a number of physical properties that have proven to be highly correlated to human sensory evaluation of food and other consumer products. With six built-in test modes and ten memory slots for operator-protected tests with administrator rights, a wide choice of accessories and an optional software package, the CT-3 is perfect for most any physical testing requirements. The CT3 performs like a high end texture analyzer but at a fraction of the cost. Its uses can expand with your applications - or your testing imagination! The CT3's easy-to-operate design will have your R&D and QC up and running in no time.

The Compuline FMC series is a medium capacity floor model computer controlled universal testing machine that affords added test space and versatility in material testing applications.
Available in both floor and table model configurations, these test systems incorporate advanced computer technology and user-friendly software providing an extremely efficient, reliable approach to any materials testing need.