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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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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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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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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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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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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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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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This affordable, versatile test system is ideal for general production and quality applications fulfilling all but the most rigorous testing needs. The 95F Series tensile testers combine the full digital controller ComTouch Total Control with the economical 95 series tensile test stand.
This variable speed test stand has up/down/stop motor control, crosshead jog, emergency stop, speed dial, and a high speed return.
All the information regarding your tests is reported on the touch screen display: force, deflection, test stand direction, limit switch warnings, test stand speed, and error messages. Designed to be rugged, sturdy, and easy-to-use, this test stand is built to last. Automation and reporting is achieved through the ComTouch controller included with the system. This touch screen driven unit controls the 95F series test stand for automated testing. This system is ideal to test easily plastic, rubber, fabric, and metal, ceramic, composite...
Just select from our wide line of fixtures for standard tensile testing or install an optional compression cage for testing in compression.
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The RHEOTENS ONLINE is a fully automatic and continuously operating on-line tensile tester developed on the basis of the lab system RHEOTENS. RHEOTENS ONLINE, in conjunction with the on-line Capillary rheometer MBR, is the first on-line testing system providing both shear and elongational information.
Key Features:
As with the known laboratory system Rheotens, the polymer strand is being drawn under constant acceleration. The stress/elongation test can be performed within freely selectable test frequencies. The system offers most possible safety in operation.
Die characteristic measuring units like maximum tensile force Fmax ("Melt Strength") and the finite elongational ratio "lambda" (extensibility), are continuously monitored and can be evaluated statistically.
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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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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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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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They are used for tension-compression, torsion, fatigue, sorting and strength test of various kinds of springs, I.e. helix spring, worm spring, papilionaceous spring etc.
TNS-L Series: 50-5000Nm 7 kinds of specifications, digital display torque and torsion angle, vertical construction and easy to operate.
TNS-S Series: 500-100000Nm 8 kinds of specifications, digital display torque and torsion angle & printing test report.
TNS Series: 500-5000Nm 4 kinds of specification, digital display torque and torsion angle, horizontal construction.
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Vibrophores
For fatigue testing of materials or components by applying sinusoid loads Zwick Vibrophores offer an economical alternative using the resonance principle with constant or variable amplitude and mean load.
The Zwick vibrophores combine a maintenance-free system with maximum testing speed at minimum energy requirements.
The wide range of nominal loads (from 5 to 500 kN) enables the widest variety of dynamic tests according to the resonance principle.
With suitable add-ons, testing can be carried out under different environmental conditions (temperature, aggressive media), or torsion or bending tests can be performed. Testing can be performed either force controlled or strain controlled. And, of course, testXpert® will support you with harmonized standard and master test programs.
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The test facilities ElectroPuls are pointed systems which function without hydraulics, intended for the dynamic and static tests of materials and the components. They include/understand an advanced numerical control, the last Console software and improvement of the technology of the tests: count with grooves in T for the flexibility of configuration of the tests, jacks electric for the ordering of the cross-piece and a crowd of other ergonomic functions. They are completely electric and do not require any connection with the compressed air, hydraulics, water nor with any other fluid of service.
E3000:
Dynamic capacity: ±3000 NR (±675 lbf)
Static capacity: ±2100 NR (±472 lbf)
Race: 60 mm (2.36 in)
Space available (max.): 855 mm (33.6 in) maximum with jack with semi-race
Power supply: Single-phase power pack
Configuration: Two columns with jack on higher cross-piece
Adjustment of the cross-piece: Electric elevators and latch bars manual
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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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Ear Measuring Instrument, Model 126
Used to obtain a numerical value of the size of the ears resulting from anisotropy in the material of cylindrical deep-drawn cups (e. g. according to DIN 50 155). The average cup height, the height of the ears in percent and in mm can be read-off at a touch of a button and are shown on the digital display instrument. To enable additional data processing the test instrument can be equipped with interfaces, such as BCD or RS 232 C outputs and with a printer.
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The Lab Master Loop Tack Tester is designed for precise measurement of adhesion, tack, quick stick and cohesion. Force is measured to 0.1 gram resolution and 0.02% fullscale accuracy. Thousands of data points per test are used to generate force/distance curves that reveal material behavior during test.
APPLICATIONS
Adhesives, Tapes and Pressure Sensitive Labels
SPECIFICATIONS
Meets ASTM D 2979
Force
Range & Resolution 2270 gf x 0.1 gf
Measurement Accuracy ±0.5 gf or 0.5% of reading
Control Accuracy ±0.68 gf steady state
Position
Range & Resolution 160 mm x 0.1µm
Measurement Accuracy
(cumulative) ±1.0 µm, ±1.0 µm/60mm
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he Lab Master Probe Tack Tester is designed for precise measurement of adhesion, tack, quick stick and cohesion. Force is measured to 0.1 gram resolution and 0.02% full-scale accuracy. Thousands of data points per test are used to generate force/distance curves that reveal material behavior during test.
APPLICATIONS
Adhesives, Tapes, Pressure Sensitive Labels, Glue, Coatings and Seals
SPECIFICATIONS
* Meets ASTM D 2979
FEATURES
* User-selectable contact pressure, position, rate of separation, and duration of test
* Display test results as numbers and curves
* Graph test results and display calculated values
* Configure for R&D analysis or one-touch automated process control
* RS-232 output
* Includes Windows operating system and touch screen flat panel display in a compact, network-ready unit
* Innovative design (patent pending) maintains accuracy over changing loads and frequent use
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A user-friendly microprocessor-controlled instrument to determine the bending resistance of paper and paperboard!
The Bending Resistance Tester is designed to determine the bending resistance of paper and paperboard using the 2-point bending method.
SPECIFICATIONS
* Choice of 10N or 1000mN load cell
* Min. force sensitivity: 0.5mN with 1000mN load cell
* Selectable bending angle 5.0-90° and test length 5-50mm
* Meets ISO 2493, AS/NZ 1301-4535, BS 3748, DIN 53121, SCAN P29, TAPPI T556
* RS232 serial data output, printer output and analog signal output
* Can be directly calibrated to traceable National standards
FEATURES
* Direct sample to load cell contact aids accurate measurement
* Easy selection of test pararameters from a comprehensive range through a setup menu
* Motorized test length setting
* Instrument can calculate Taber Stiffness units
* Pneumatic clamps with fast release provide consistent clamping pressures for fast, repeatable results
* Large, clear display showing peak value and the angle at which it was achieved
* Load cell fitted with overload protection
* Analog output (use for X-Y recorder—not included)
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Constant Tension Tester, CTT is the only yarn test instrument that is available as a mini textile laboratory. The machine allows more than 10 different yarn quality control tests to be run on the same machine.
The unique CTT design provides the ability to test natural and synthetic yarns as well as the high performance yarns such as carbon, glass or hybrid yarns that cannot be tested with conventional capacitive based systems. The CTT uses dynamic test principle to measure the yarn properties. This means every section of the yarn will be tested as the tension on the yarn remains constant.
The CTT test list includes Dynamic Tensile Strength, Elongation, Shrinkage, Friction (Yarn to Pin and Yarn to Yarn),Stick/Slip, Abrasion, Entanglement Count, Lint and Optical Yarn Evenness for hairiness, thick places, thin places, neps and slub count, which are all done on the same machine using different attachments. Switching from one test to another is very easy and it only takes seconds.
Operation
Maintains a pre-selected tension, between 0.5g and 700g, at a selected speed, up to 360 m/min. This function provides the capability to perform different test configurations. It also eliminates the tension variation of the yarn coming off the package.
Versatility
Any measuring head or testing apparatus can be mounted on the basic CTT unit and inserted into the constant tension zone.
Measures every millimeter of yarn at speeds up to 20 km/hour. The basic unit performs two significant tests:
* A. Dynamic Breaking Strength
* B. Weak Spot Detection
Endusers: Yarn manufacturers, fiber producers, weavers and knitters.
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The Link Model 2500 Rotary Fatigue Machine is designed to reproduce the forces acting on wheel and brake components as seen in vehicles by controlling the magnitude of the cornering forces consistently to determine the integrity of the test components. This machine is capable of testing rotors, wheels, bearing packs, axle extenders, etc. by mounting the test components vertically to a rotating table and applying a varying load at an adjustable angle.
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Model: CMT2501;CMT2102;CMT2202;CMT2502;CMT2103;CMT2203;CMT2503
Capacity: 50N; 100N; 200N; 500N; 1kN; 2kN; 5kN
Features:
SANS's line of desktop Electromechanical 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 are from 50N to 5kN.
All testing hardware is fully complemented by SANS 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.
Easy to use and operate
1. High accuracy: Measurement accuracy of testing speed, load, crosshead displacement can meet or surpass +0.5% of reading
2. High sampling rate: The sampling rate 50Hz, reach advanced international level
3. High load resolution: Better than 1/300000, no step, and unchanged in full range
4. Multi-cycle control modes: Control system is capable in load cycle, displacement cycle, extensometer cycle or their combination
5. High security: The system can inspect and protect automatically once overload, over currency; Position limiter; Emergency stop
6. Comply with different standards, such as ASTM, BS, JIS, ISO, IEC
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Slip and Friction testing aids in the evaluation of chemicals and additives used to create or minimize the degree of friction between two contacting test specimens.
APPLICATIONS
Paper, Flexible Packaging, Foils, Rubber, Plastics, Wood,
Linoleum, Metal, Printing, Coatings, Composites
SPECIFICATIONS
* Selectable speed from 5 to 43 cm per minute (2 to 17 inches per minute)
* Selectable travel distance from 2.5 to 30.5 cm (1 to 12 in.)
* Meets TAPPI T816, T549, and ASTM D1894
FEATURES
* Digital display, storage and editing of up to 100 readings, and selectable units (COF or grams)
* Settable limits
* Statistics-average, standard deviation, high/low results.
* Report printout with built in printer
* RS-232
* Static and kinetic coefficient of friction calculated in one operation.
* Direct drive arm with unique skid control.
* Sled-connecting mechanism ensures level pulling action.
* Easily interchangeable sleds.
* Full color easy to read Display
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Max impact energy(J): 150, 300, 450, 600, 750, 3000
Features:
The model ZBC2000 series pendulum impact tester comes from SANS pendulum impact testing machines series family, fashionable design and complete assembly with SANS high technology satisfied with impact resistance tests of metal material under dynamic loading, It is widely applied into the following industries: manufacturer of metal material, quality control of products, institutes and colleges, R&D.
Comply with ISO R148, ISO R83, EN10045, ASTM E23
Optional computer with software control is available to realize semiautomatic operation. Operator only need charge specimens. Others can be controlled by software.
Optional specimen feeding system is available. Combined with computer and software, fully automatic operation can be realized.
Optional cooling chamber is available to satisfy cold specimen test down to -100 OC
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Impact testers are designed to determine the impact energy required to break a sample. This information is crucial to manufacturers,as the strength and durability of the product will often determine performance characteristics and marketability. The TMI Impact Testing System uses a high resolution optical encoder and data acquisition to determine the impact resistance of rigid materials in accordance with a wide variety of ASTM and ISO test standards. Interchangeable pendulums and specimen holders are available to measure the impact resistance of a variety of materials. Common test methods include Izod, Charpy, Tension and Laminate testing. Environmental chambers are also available to deliver CO2 or N2 allowing the characterization of materials at cold temperatures. Essentially the Impact test is a single point test that measures a materials resistance to impact from a swinging pendulum. The mass and drop height deliver a definable kinetic energy.
APPLICATIONS
Plastics, Rubber, Light Metals, Ceramics, Wood, Laminates, Adhesives
STANDARDS Conforms to
ASTM D256 and ISO 180 for Izod,
ASTM D256 and ISO 179 for Charpy
ASTM D1822 for Tension Impact testing
OPTIONS
A complete line of Izod, Charpy, and Tension Impact accessories are available.
FEATURES
• Digital display, storage and editing of up to 500 readings
• Selectable units (J/m, ft•lb./in., kg•cm/cm, ft•lb/in², kg•cm/cm²,
kJ/m²)
• RS-232, settable limits, statistics-average, standard deviation, and
high/low results
• Classification of specimens according to failure category
• Auto calibration - automatically calibrates for windage and friction
• Hammers are quickly and easily interchangeable
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