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ProLine is a simple and compact test machine that was developed to meet the demand for low-price top-class test machines for functional testing of components and for standard applications on basic materials.
With the ProLine, Zwick Roell meets your demands for fastest delivery times
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The advanced 701 Universal Test System is ball screw driven test stands, excellent for affordable, precision tensile and compression testing of a wide variety of materials or products up to 500 pounds.
This variable speed tester has increased speed ranges and include adjustable travel limit switches. With the unique dual testing area, users can setup for two tests, tensile and/or compression, without having to switch out fixtures.
Sturdy ball screw drives allow for smoother operation and precise positioning. Stand include the ComTouch Total Control system on reverse side. These systems benefit from supporting a wider range of load cell capacities than other Com-Ten systems.
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Pressuremeter
Monitoring unit with plastic tubing and 3-cell probe enabling to make pressuremeter tests conform to the ASTM Standard Method for Pressuremeter testing in soils D-4719-00 and AFNOR standard NF P 94-110-1
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Model: ZBC1400, ZBC1251
Capacity: 4J, 25J
Features:
The model ZBC1000 Pendulum Impact Testing Machine is mainly designed to perform special tests for plastic material to determine impact resistance performance under dynamic loading.
It allows continuous impact test for large quantities specimens. Special control panel and display can real-time display impact energy, impact ductility, pendulum raising angels.
Two display methods are available, dial type and digital type (LCD monitor).
It complies with ISO179, ISO180, ASTM D256, ASTM D4812, ASTM D4508, ASTM D950 and other similar standards.
Two models are available
ZBC1400, max Charpy impact energy 4J, max Izod impact energy 2.75J
ZBC1251, max Charpy impact energy 25J, max Izod impact energy 22J
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Pendulum impact testers that can be easily changed from a Charpy configuration to an Izod configuration. A third configuration for tensile impact is also available. These testers are available in capacities of 406 J (300 in.lbf) or 542 J (400 in.lbf) of available energy and are designed primarily for metals impact testing.
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RKP 450
This pendulum impact tester for an impact energy up to 450 Joule is designed for determination of the impact energy according to Charpy or IZOD, for impact tensile tests and for tests according to Brugger.
Features:
Avoidance of interfering vibrations by stiff construction and one-piece fin welding construction
Easy exchange of fin, supports and abutments thanks to tight fitting
Ergonomic single-column construction for easy access to the specimen
Low-friction pendulum bearings
Use of standard pendulum fin for Charpy, IZOD, Brugger and impact tensile tests
Component testing possible due to the U profile of the fin and the single-column floor-type construction
Suited for tests to ASTM E 23 for temperature-treated specimens and for cold specimens (-40 °C), in particular, owing to fast (<5 sec) test runs
Extendible with unproblematic retrofitting of all add-ons
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Zwick offers a wide range of pendulum impact testers for tests according to Charpy, IZOD, Brugger and Dynstat as well as for impact tensile tests. And, of course, we ensure that our machines fulfill the requirements of the relevant test standards such as ASTM E 23, EN 10045, DIN EN ISO 180, ISO 179 or ISO 8256 were fulfilled.
The pendulum impact testers cover a range from 0.5 Joules to 750 Joules. They are available in a variety of models, e.g. for instrumented or non-instrumented tests, with analogue or digital displays and with a range of different options especially geared for your tests.
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This tester can perform the continuous Charpy and Izod impact test automatically for 120 specimens by the robotized mechanism.
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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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TMS LIGHTWEIGHT SHEAR BLADE SET
Food Technology Corporation’s TMS shear blade set has been designed to replicate the specification of the original Warner-Bratzler blade. The test set should be used in conjunction with the TMS standard fixture table on the TMS-Pro or TMS-Console texture analyzers to allow blades to pass completely through samples during shear testing.
Shear blades provide an excellent indication of a cross sectional characteristics. Natural variation
and irregularities present are essentially averaged and accommodated by the blades geometry.
A single blade cuts through the sample creating a combination of shearing, tearing and compression forces. Stress initiates in compression mode until the sample yields and the blades starts to cut into the sample.
Applications include;
• Hardness of nougat bars
• Crumb hardness in fruited cakes
• Stalk softening in frozen broccoli florets
• Ripening changes as indicated by softness in bananas
• Slicing hardness of hard cheeses
• Shear toughness of chicken breast
The test set comprises of a blade holder with 2 locking screws. A central slot allows free movement of the blade to limit friction during analysis. Each blade is manufactured from stainless steel, reversible and 1mm thick. The first blade has a plane flat bottom and a 20mm notched end. The second has a 44mm and a 32mm inverted “V” with small central cut out. The stainless steel blades travel through 35mm high guide arms positioned 50mm apart into a 1.4mm wide slot at the base – these dimensions govern the size of samples used in assembly.
For more information on this and other FTC shearing fixtures, contact us now.
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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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WDW series is widely used in metallurgy, machinery, building engineering and materials, automobile, and shipping industry, college, university and quality assessment department, which can test the mechanical performance of metal, plastic, rubber, spring, all kinds of rope materials and other things.This series adopts the most advanced and reliable load frame structure, as well as the AC servo timing system.
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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zwicki-Line
Our zwickis are high-quality, low-cost, and space-saving test machines. They have been designed particularly for applications in the range of mechanical tests with low loads. These machines cover a wide applicational spectrum: from plastics and elastomer testing over paper, textile, and foam material testing and wire tests up to components testing.
ProLine
ProLine is a simple and compact test machine that was developed to meet the demand for low-price top-class test machines for functional testing of components and for standard applications on basic materials.
With the ProLine, Zwick Roell meets your demands for fastest delivery times with a delivery time of only 2 weeks!
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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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TEAR TESTING
Tear testing determines the force required to continue the tearing of an initial cut in sheet materials. This is also used to evaluate strength of perforated materials such as postal reply cards.
The Monitor/Tear™ is an automated tear tester equipped with an optical encoder, measuring the angular
position of the pendulum during the tearing operation,
and converting this measurement to tear units.
FEATURES
•Digital display
•Storage and editing of up to 500 readings
•Easily interchangeable pendulums ranging from 200g to 6400g
•Auto calibration of pendulum
•RS-232
•Selectable units (percentage, millinewtons, grams)
•Settable limits, Statistics, Average, Standard deviation,
high/low results
•Grips and pendulum releases are pneumatic
•Clamp pressure in psi and kg/cm2
•Calculates and displays average tearing force for single ply values in millinewtons or gram force
•Report printout with optional printer
APPLICATIONS:
Paper, Foil, Film, Textiles, Nonwovens
PENDULUMS
•200 gram pendulum 83-11-02
•800 gram pendulum 83-11-04
•1600 gram pendulum 83-11-05
•3200 gram pendulum 83-11-06
•6400 gram pendulum 83-11-07
•Universal pendulum 200, 400, 800 & 1600 gram pendulums;
the required calibration weights are included 83-11-08
SPECIFICATIONS
Model: 83-11-01
Air: 600 kPa (instrument quality)
Weight: 10.4 kg (23 lbs)
Dimensions W x D x H: 12 in x 12 in x 20 in
(305 mm x 305 mm x 508 mm)
STANDARDS
Conforms to TAPPI T-414, ASTM D1922 and D1424, ISO 1974, CPPA d.9, AS/NZ 1301.400S, BS 4468 and SCAN P-11
Other Models
Standard Elmendorf Tear Tester (TMI 83-10-00)
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Tear testing measures the force required to continue the tearing of an initial cut in sheet materials. Models and weights are available to test material with a variety of strengths. This is also useful to evaluate strength of perforated materials.
Also known as the Elmendorf test, the tearing test has been performed in the paper industry for more than half century in order to measure the mean internal resistance of cellulose or papers to the propagation of a deliberately initiated tear. It enables rapid determination of the dynamic resistance of materials designed to be subjected to strong shearing loads (e.g. newspaper) or liable to be damaged by sharp or heavy objects (e.g. paper bags, seat belts, protective clothing).
FEATURES
- Automatic specimen notching
- Mechanical-pneumatic clamping avoids sample slippage to ensure repeatable results
- Automatic pendulum reset with lifting device
- Tearing force displayed digitally
- RS-232 data output
- Small, table-top instrument
- Maintaining a uniform quality level
- Safety Hood protects operator from injury while pendulum is in motion.
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The TU-12 Tenderometer is a portable and economical instrument for determining the maturity of fresh peas in the field with accuracy and ease.
Designed exclusively for pea tests, the Food Technology Corporation (FTC) Model TU-12 Tenderometer is a cost-effective alternative for determining the maturity of fresh peas. The system comes calibrated to read out directly in “Tenderometer Units” (TUs) and operates from a 12-volt DC power source, such as an automotive battery.
The tripod legs fully collapse for ease of transport and are adjustable for operation on the back of a vehicle or free standing on the ground. A hard mount kit is also available to secure it directly to a harvester. Durable, rugged and reliable, the TU-12 is designed to withstand harsh use with minimum maintenance. With micro processor control, the systems are easy to operate and almost no training is needed. Just load the sample and press the "START" button. It’s that easy. The TU-12 completes a test cycle and displays the results in standard Tenderometer Units up to 160 TU's.
FTC tenderometers have been used extensively by customers worldwide to determine harvest dates, buy on grade, and position harvesters for the most effective and high quality crop yield. With profits at stake a point or two off the standard can be very costly. Providing excellent accuracy, the TU-12 can easily save you thousands, quickly paying back your initial investment on a system that will remain dependable and trouble-free for years to come.
Contact us now for further information.
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Twin Column Testing Machines 5-50 kN (1124-11241 lbf)
For applications in the mid force range, Lloyd Instruments offers a wide range of testing machines and accessories for forces up to 50 kN (112241 lbf).
Ideal for routine quality control testing or complex multi-stage tests, all machines can perform tensile, compression, flexural, peel, shear, friction tests and many more. Flexible, simple to use and maintain, they provide high accuracy load measurement and are capable of a rapid 8 kHz data acquisition rate. The stand alone system can store up to 600 test results from 10 programmable test set-ups or, with PC integration with Lloyd Instruments powerful NEXYGENPlus material test and data analysis software, can perform advanced data analysis.
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To measure force vs. distance relations for material, component or connection testing, Alluris offers a rugged and versatile 1-columne universal tester with high precision and in reproducibility. The major advantage of this machine is the easy to use man-maschine interface and a number of defined test standards, which allows testing directly aside the manufacturing line, without any need of special testing laboratory knowledge.
> Flexing test (Force vs. distance graph)
> Break test (Single or multi testing)
> Compression test (Force or distance controlled)
> Tensile test (Force vs. distance graph)
> Pull test (Single or multi testing)
> Elongation test (Force- or distance controlled)
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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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It is a universal testing machine capable of carrying out tensile, compression, bending and shearing tests. Operation is manual, semiautomatic, and automatic. The test instrument can be modularised taking into account that the structure con house 3 permanently installed load cells for compression tests, and tensile grips for tests, including at break. Our system uses several cards (for axis and cell reader control) that are connected via CanBus to enable displacements to position or force at a feedback speed of 1000 Hz. Load cell reads are effected 1,000 times per second. Minimum indexing is 1/32.700 (this can be ircreased by slowing down load cell reading',. The universal testing machine operates with computerized numerical control and includes a computer with HD and touch screen.
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The systems of tests of table of Series 5860 are appropriate ideally for the tests of force lower than 50 kN requiring a precise alignment or to test the large test-tubes. These systems use the electronics of acquisition and the most powerful order and the software Bluehill® 2 standardized in industry. Compared to the systems monocolonnes, the design bicolonne improves alignment and increases rigidity. These systems can be equipped with a vast range with jaws and accessories for the inflection, compression, tensile tests and component. The accessories available include/understand extensometers for the measurement of the deformations and the climatic chambers for the tests at varied temperatures.
Characteristics
Very high degree of accuracy: + 0.4% of the posted load (up to 1,0% of full capacity)
Very broad beach: Measurement bracket of force 500:1 (use of the sensor of force up to 0,2% of its capacity without loss of precision) with + 0.5% of the posted load
Precision of load +-0,5% of the posted load
High-speed acquisition of the data: 5000 Hz, synchronous on all the channels
Manual control panel studied for the operator well-being
Automatic recognition of the sensors of force and the extensometers
Compatible with the software Bluehill® 2 and FastTrack for 5800
Exist in extra-high and extra-broad version
The second space of test in option
Library of testing methods ASTM and ISO
Open architecture for programming of personalized tests
Total conformity with label EC
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The new MultiTest range of compression & tension testers features test stands which are manufactured using a rigid aluminium base casting. The test stands have a fabricated metal housing, thus providing rugged instruments with a high degree of rigidity and strength.
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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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Good things come in small packages!
We are proud to introduce our NEW model 84-76 Tensile Tester. The instrument has a small footprint just over 90 square cm (14 square inches). Our model 84-76 provides a large 5.7 inch color display, intuitive opera¬tor interface, software control, integrated printer & serial port for data collection.
The new unit is designed to test strength of sheet mate¬rials including Paper, Board, Tissue Paper, Film Packaging Seals, Adhesives, Pressure Sensitive Tapes and a variety of low force tensile applications up to 1330 N (136 Kg, 300 lbs).
The Model 84-76 Tensile Tester is a robust, precision, tensile strength instrument suitable for rugged produc¬tion environments yet designed to provide highly accu¬rate measurements for research applications.
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Allround-Line
The Allround-Line satisfies strictest demands and performs superior test tasks. Add-ons are available and harmonized with the test machines for clear-cut operability. These test machines cover a wide range of applications.
High Capacity Machines
These are static testing machines for load forces up to 2000 kN.
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Material testing machine: compression, tensile, bending, ...
