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Dynamic and static testing machine is suitable for materials and components test. Frequency from 0.005 upto 50Hz. Load capacity from 50kN up to 1000kN.
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Hydraulic universal testing machine
Thousands of applications worldwide prove that the hydraulic universal testing machines are with top quality, high accuracy and high reliability. It is ideal products for Q.C, Q.A. and R&D.
From the applications, the load frame includes:
1.Actuator at bottom
2.Top actuator
3.Load cell measured
4.Pressure transducer measured
5.Dual testing spaces
6.One testing space
7.Load capacity from 50kN up to 3000kN
Whenever you need quick operation or high accuracy servo control test, there is one suitable machine that can meet your requirement for different materials.
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1. Performance Characteristic:
The resolution is 500000 Codes, Satisfy the related material experiments the method standard, Control and show automatically in experiment process, Have various control methods and curve forms(Include the true stress-strain), The trial report is programmable.
2. Basic configuration:
One host machine, one servo oil source, one computer of the upscale brand, one A4 color Ink-jet printer, one Germany DOLI EDC-120 apparatus for measuring and controlling, one displacement transducer, MOOG servo valve, one extensometer, one table for meter, accessories.
3. Main Specifications:
3.1. Max. testing tensile force:2000kN
3.2. Range of load measurement:20-2000kN
3.3. Accuracy of testing force reading:±1%
3.4. Accuracy of displacement reading: ±1%
3.5. Load resolution:250000 steps
3.6. Displacement resolution: 2%u03BCm
3.7. The speed of the piston:0-150mm/min
3.8. Rated pressure of pump:25Mpa
3.9. The max tensile space:0-1200mm
3.10. Amount of column:4 pole
3.11. Stroke of piston: ±350
3.12. Dia. Of gripping for round specimen: %u03A615-70
3.13. Thickness of gripping for flat specimen: 5~50mm
3.14. Size of down and up flat: 280×280mm
3.15. Dimension of frame:1400×920×5060mm
3.16. Hydraulic resource dimension: 1100×900×1200mm
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Electro-hydraulically driven Weld Seam Testing Machine, Model 138
A testing machine made to the demand of several customers, to determine the properties of weld seams of Tailored Blanks. These are sheets "made-to-measure" enabling the production of components with optimum weight and function used to a great extent in the manufacture of automobiles to reduce weight. The high-strength metal sheets used require a high punch force for the deep-drawing test. The weld seam testing machine is a special version of our Universal Sheet Metal Testing Machine, Model 142-20, and is provided with a drawing force of max. 200 kN. The four-column frame with integrated test tool enables the test of sheets up to 300 mm wide. The infinitely variable blank holder force can be read on a pressure gauge whilst the deep-drawing index and the required drawing force are displayed digitally. The sensitivity of the integrated crack detector can be adjusted to the sheet metal quality by way of a potentiometer. After specimen failure the machine returns automatically to its initial position. To evaluate and store the measured data, it is possible to connect the machine to a PC using the corresponding interfaces. The Windows based software calculates and displays the measured values from the ERICHSEN cupping test, e. g. index E, elongation at rupture E in %, tensile strength E, n-value E. Furthermore the force-displacement diagram is recorded. Several tests can be shown in a chart.
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Electromechanical Universal Testing Machine
Thousands of grips and standards for metal and non-metallic used in the worldwide of electromechanical universal testing machine provide a suitable solution of your demands.
From the applications, the load frame includes:
1.Single column
2.Dual columns with single testing space
3.Dual columns with dual testing space
4.Table and floor
5.Grips and software meets ASTM, ISO, DIN JIS, GB standards 6.Environmental test from -400 Deg. to 1100 Deg.
7.Load capacity from 1kN up to 600kN
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This machine is mainly used for various materials of tension test, such as metal wire, thin plates, rubber, plastic, composite material, waterproof material, paper, spring, textile, yarn, wire and cable, and for all kinds of adhesive tapes of 90, 180 peel test. The material mechanical property can be obtained automatically according to different criterions, and a complete test report and curve can be printed out.
The Panasonic digital servo is introduced in control system of this machine, and equipped with high accurate pretightening ball screw for driving crosshead, photo-electric encoder for displacement feedback.
Adopt many passages of total digital CTS-500 system of AUTO measuring and controlling , having no the class to adjust, The reading accuracy is ±1% , The speed accuracy is ±1%,The displacement accuracy is ±0.5% , The resolution is 250000 Codes, equal to 7 sections, no subsection in full-measuring, Satisfy the related material experiments the method standard, Control and show automatically in experiment process, Can print the result of experiment, Have various control methods and curve forms, (Include the true stress-strain), The trial report is programmable.
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This machine is mainly used for mechanical property test of concrete, high-strength concrete cement products and other materials.
Loading by high accurate hydraulic valves in this machine, the test space is adjusted by motor screw, and loading can be controlled by manual or automatically. This machine is controlled full-automatically by computer. The whole test process is completed according to stress rate of present curve. The load, speed, data and test curve can be displayed in dynamic.
Performance Characteristic:
The reading accuracy is ±1%, accuracy of loading speed is ±1%, auto closed loop control are processed by computer, loading speed is set discretionarily, loading is reposeful, controlled performance is good etc. Test data can be automatically processed, test report and curve can be print.
One host machine, one computer of the upscale brand, one A4 color Ink-jet printer, a set of high quality servo valve.
Adopts double-column host machine structure below 600kN.
Another EUR 56.00 is paid for an added Grip for concrete four points bend.
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The machines adopt main unit, which is exported to Shimadzu Corporation Japan for the production of UH-F100A.It use Electrohydraulic Servo oil source, and servo valve imported from Japan. With reasonable construction, beautiful out-looking and high stability. With PC control system, they can realize the close loop control of test load, deformation of specimen, displacement of piston and test processor, and the screen display function of test load, peaking value, specimen deformation, piston displacement. The data processing result can be printed out and can be stored on disk in form of ASCII and can be transmitted through network. Especially the machine is supplied with analogue intelligent setting specialist system. The machine is mainly used to do tensile, compression, bending and shearing test for metal and non-material materials. The customer could set the test control mode automatically according to their requirement so as to conform the customers' special requirement.This series is mainly designed for compression and bending test of building material items, such as concrete, cement specimen and component, etc, also used for compression performance test of rubber pad and top forge test of metal.
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Hydraulic static universal materials testing machines with seven different frame capacities to a max of 3,000 kN
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This machine is mainly used for metal and non-metal of tension test, compression test, bending test and shearing test.
The oil cylinder is set on the bottom in this machine, the test space can be adjusted automatically by motor, hydraulic damp automatically, and with 4 adjustable columns.
The reading accuracy is ±1% , the accuracy of extensometer is ±0.5% ,Auto process data of Experiment with a computer, Satisfy the related standard of material experiments , Dynamically display load, elongation, load speed and real time trial curves, automatically calculate Rm (%u03C3b), %u03C3s, ReH (%u03C3su), ReL (%u03C3sl), Rp0.01 (%u03C3p0.01), R p0.05 (%u03C3p0.05), Rp0.1 (%u03C3p0.1), Rp0.2 (%u03C3p0.2), E and so on, can print on trial report and curves. Adopt digital frequency conversion to load, the speed is steady, consume of power is small, the noise is low, oil temperature is low for working long hours, operation is simple, safe and dependable.
Basic configuration:
One host machineCone oil source like piano ,one computer of the upscale brand, one A4 color Ink-jet printer, one load cell ,one extensometer , one table for meter, accessories for extension, compression and bend, , one high quantity pump, one auto hydraulic grip.Have not shearing clamp in test machine of 2000kN
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These series are mainly designed for tensile, compression, bending and shearing test of metallic and non-metallic materials. With special accessory, they can complete mechanics performance test of rubber, belt, chain, steel, cable, cement, brick, concrete and other materials. They are wildly used in machinery, building engineering and material, space flight & aviation, railway, metallurgical, textile, petrochemical and production industry, scientific research institute, college, university and other fields.
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Simple hand-operated Sheet Metal Testing Machine, Model 100
Recommended for use in factories and workshops where a low rate of metal forming is carried out on thin material. As a useful accessory, an attachable microscope with illumination is available making the detection of the cracks much easier. The blank holder force of 10 kN conforming to the standards, is applied by means of saucer springs. The deep-drawing index is displayed on an electro-mechanic pulse counter with a resolution of 0.1 mm.
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- By consistent vertical and horizontal force measuring with the test stand, more accurate measuring becomes possible.
- Select a suitable stand from a wide range of the products according to your requirement.
- Contribute to simplification of testing work and reduction of the labor.
- Recommend to use the stand with the digital force gauges.
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The universal testing machines of Instron make it possible to test in traction and compression on the same frame. Moreover, some built permit the tests of constraints reversed. The tests can be of the traction type, compression, shearing, inflection, peeling, tearing, cyclic and inflection.
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Tinius Olsen's line of Benchtop Materials Testing Machines are designed to test a wide spectrum of materials including metals, plastics, rubber, textiles, paper, yarn, wire, adhesives, ceramics, timber, foils, composites and finished components in tension, compression, flexure or shear. Maximum frame capacities from 1kN (200lbf, 100kg).
All testing hardware is fully complemented by Tinius Olsen developed software that turns your hardware into a sophisticated quality analysis system. Be sure to examine the software products to determine which package is right for your application.
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These rugged electromechanical testing machines are designed to test metals, composites, rigid reinforced plastics, webbing etc. in tension, compression, flexure, shear, tear and peel. These machines feature high precision interchangeable loadcells, superior pre-loaded ballscrews and powerful drive systems that mean they can easily tackle the most challenging of applications.
Load frame capacities are 100kN (22,500 lbf), 150kN (33,750 lbf), 200kN (45,000 lbf) and 300kN (67,500 lbf).
All testing hardware is fully complemented by Tinius Olsen developed software that turns your hardware into a sophisticated quality analysis system. Be sure to examine our software products section to determine which package is right for your application.
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Taber's Multi-Finger Scratch / Mar Tester is based on the popular "Ford 5-Finger Scratch and Mar Tester" specified in automotive test requirements. It is typically used to measure the relative resistance or susceptibility of a plastic surface to scratching, marring, gouging, scraping and other similar physical damage. Test samples are mounted to a pneumatically driven, moveable sled which drives the sample at a fixed rate of speed under five (5) scratch pins. A gantry supports the five independent splined-fingers which provide a constant, vertical load on interchangeable scratch pins. Each instrument includes a set of five 1mm hemispherical scratch and 7mm hemispherical mar tools along with a nine piece weight set ranging from a 2N to 20N load (optional weights are also available).
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The TABER® Linear Abraser - Model 5750 [part# 985750] offers the greatest versatility of any Taber instrument available.
Designed to test virtually any size or shape specimen, the Linear Abraser is ideal for material properties of contoured surfaces and finished products. Initially developed to evaluate wear resistance, this instrument can also be used to evaluate scratch resistance (single or multiple pass), color transfer [commonly referred to as crocking or a crockmeter], and perform coin scrape tests. Plus, with the universal or a custom attachment, 'real world' testing and other forms of material durability can be performed. The Linear Abraser can be used for both wet and dry testing.
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The Taber Shear / Scratch Tester is portable instrument is used to evaluate a material's or coating's resistance to shearing, scratching, gouging, marring, scraping or engraving. Specimens (up to 1/2" thick by 4" square) are affixed to a turntable and then a precision cutting tool, which is attached to a balanced and calibrated scale beam, is placed on the specimen. As the turntable rotates the specimen, the cutting tool will scratch or shear the specimen surface. A sliding weight adjusts the load applied on the scratch tool from 0 - 1000g to determine the point of failure. Optional interchangeable scratch tools include a conical diamond tool; diamond scratch tool; and 1.0 mm hemisphere scratch tip. Using the S-20 tungsten carbide tool (contour shear tool), Taber's Shear / Scratch Tester can also be used to evaluate coating adhesion on a variety of materials.
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Bulge/FLC Tester, Model 161
It is possible to test specimens up to a size of 400 x 650 mm when conducting the hydraulic deep-drawing test with the Bulge/FLC tester: In addition to the actual hydraulic forming process the construction of this machine also allows the use of ball punches with a diameter up to 200 mm. The maximum drawing force is 1,000 kN. To guarantee an exact reading of the required drawing force even in case of lower forces, they are divided in two measuring ranges. At specimen failure the test can be stopped both manually or automatically. The capture and the evaluation of the measuring points on the surface of the dome can be effected by an optical measuring device during the drawing process. In the basic version the height of the bulge is detected by means of a measuring probe placed on top, the maximum path measured being 100 mm, and displayed digitally.
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Universal Sheet Metal Testing Machine for Research, Development and
In-process Testing, Model 146-60/100
The special feature of this testing machines is the increased drawing speed of the drawing punch which, in addition to the normal drawing speed range of 0 - 1,200 mm/min can be adjusted, in an infinitely variable manner and independent of load, up to 3,000 mm/min. This is achieved by using a separate oil circuit, fed by a pump with high volumetric displacement. Contrary to the high speed attachment based on a nitrogen accumulator, here a constant drawing speed behaviour is guaranteed over the total displacement of 150 mm. As to the technical design and the options available, including PC control and proportional valve technique, this machines are similar to Models 145. The basic version of the machines includes an oil/water cooling and have a power consumption of 45 kW.
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The Taber V-5 Stiffness Tester incorporates a precision pendulum weighing system to measure the stiffness, rigidity (resistance to bending) and resiliency of flexible materials. Nine (9) distinct ranges permit testing of materials that are extremely lightweight and flexible to items that are very rigid. The instrument outputs the moment load applied to the test specimen in TABER Stiffness Units (g • cm). Test specimens are mounted on the Stiffness Tester using the specimen clamp. Located on the pendulum, the lower faces of the specimen clamp jaws are exactly on the center of rotation to ensure a constant test length and deflection angle. Force is applied to the lower end of the specimen by a pair of rollers, which are attached to a driving disc located directly behind the pendulum. As the driving disc rotates, the rollers push against the test specimen and deflect it from its vertical position. In response, the pendulum applies increasing torque to the specimen as it deflects further from its original position. The test point reading occurs when the pendulum mark aligns with the appropriate driving disc mark (7 ½° or 15°), which points to the stiffness reading on the dial plate. Available as a basic unit (Model 150-B) or automatic tester (Model 150-E).
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Stone Hammer Blow Testing Instrument acc. to VDA, MULTI GRIT TESTER 508 MC
A multi-blow test instrument developed in association with the automotive industry, offering outstanding reproducibility and comparability of results. The pressure accumulator dampens variations in the compressed air mains. Supply of shot particles adjustable.
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Tensile and Pressure Testing Machine UNIMAT® PLUS 050 - 2 kN
Tensile and Pressure Testing Machine UNIMAT® PLUS 052 - 5 kN
Electrically driven testing machine, consisting of: Testing machine frame with driving unit, a displacement measurement, and an integrated evaluation and control unit based on PHYSIMETER® 906 MC-E. In the standard version the evaluation unit is provided with an wire strain gauge input for sensors (nominal signal 1 mV/V to 2.2 mV/V), an analogue output (± 2.5 V) and an encoder input. These three measuring channels represent the necessary basic configuration of the evaluation unit. Via data cable to be ordered separately the measured data can be transmitted to a PC.
The Measuring and Evaluation Software PHYSISOFT II is available free of charge at www.erichsen.de/download.
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These series are mainly designed according to ASTM & ISO standards for tensile, compression, bending and shearing test of metallic and non-metallic materials. With special accessory, they can complete mechanics performance test of rubber, belt, chain, steel, cable, cement, brick, concrete and other materials. The Machines can process test data, screen display test results and print test reports with a printer. Equipped with a (X-Y) recorder, they can plot the testing curves.
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Cupping and Deep-drawing Cup Test Machine, Model 242
For testing lacquers and paints of all kinds for elasticity and adhesive quality using the Erichsen Cupping Test in conformity with DIN ISO 1520, ISO 1520, BS 3900:Part E4, NF T 30-019 and SIS 18 41 77 and deep drawing cup test. Matched test tools permit automatic sequence of operations: pressing the test piece, cutting the blank, exerting the sheet holder pressure, deep drawing, sheet holder pressure release, stripping of cup, return of punch to initial position and switch-off of machine.
The testing machine including one test tool according to DIN ISO 1520.
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Lacquer and Paint Testing Machine, Model 202 C
Version with electro-hydraulic drive for coated sheets up to 1.5 mm thick. Infinitely variable control of drawing speed up to 50 mm/min. Automatic clamping of specimen. By virtue of the C-form test head aperture it is possible to test sheet metal panels in addition to sheet metal strips.
Option:
Camera module VIDEOMASTER USB comfortable observation of the deep drawing process or stereo microscope.
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For maximum torsion testing versatility and capability, Tinius Olsen offers a full range of torsion testing machines in capacities from 1,000 to 30,000 Nm. These uniquely superior torsion testers provide loading and weighing capabilities in both directions of rotation. This feature makes it possible to conveniently determine not only the ultimate torque load of a specimen, but how that specimen behaves under conditions of continuous or intermittent torque loading in both directions. Essentially, each torsion tester comprises a variable speed drive loading system and a digital control and indicating system in a fixed unit. The weighing head with its strain gage torque sensor is mounted on a moveable unit which can positioned on the rails to accomodate specimens of varying lengths.
All testing hardware is fully complemented by Tinius Olsen developed software that turns your hardware into a sophisticated quality analysis system. Be sure to examine the software products to determine which package is right for your application.
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This kind of machine is mainly suitable to measure and test the mechanics properties of metal, rubber, plastic and other materials. Equipped with EDC digital controller (made in Germany) and high precision load cell (made in Japan), the whole system has high liability and stability. It benefits and absorbs clients in all aspects. It is widely used in machinery, metallurgy, aviation& space flight, building, transportation, vessel, ceramic, vehicle, medical, electronic and other industries.
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Early detection of developing faults in materials or products is essential for the prevention of costly losses in manufacture and claims resulting from faulty products, which can include consequential damages.
By establishing essential parameters for new products at the outset against which materials can be monitored, risks in safety and the
resulting possibilities for financial penalties are minimised.
Dealing with forces is dangerous. TesT attaches great importance to industrial safety. Universal testing machines made by TesT are fitted with electrically interlocked polycarbonate guarding.
Special safety guards for higher levels of risk or to enclose extra large
specimens are available on request. The safety provision meets the requirements of the European Community directives. Universal Testing machines made by TesT are CE-labelled and delivered with the CE conformity declaration, without any restriction.
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