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| The Bose BioDynamicTM test instrument provides precise characterization of biomaterials and biological specimens within a closed saline or cell culture media environment. It is available either as a dedicated desk-top instrument or as an accessory to an existing ElectroForce system. Either way, the ability to precisely load specimens and simulate biological conditions in a single instrument opens up new research possibilities for medical device development and tissue engineering. |
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Equipment manually operated for right and left torque control on springs with two ad{ustabfe stops for the angular position, with horizontal enb/oc structure with precision ball type guides- Its high definition electronic cell allows torque measurements while the angular positions are controlled by digital encoder with 0. / degree minimum division. The elasticity of the torquemeter cell is automatically compensated. This torquemeter is supplied with tables, adjustable in order to set the torsion point, and either operates with the relative zero given by the spring contact, or with the absolute zero given by the anvil contact. How it is conceived: The instrument provides direct torque measurement, which means it provides the same measurement at all times, including when connection points vary. Therefore, there is no need for accurate positioning of the drive arms.
DIGITAL
The digital part has a push button panel in order to visualize on two displays the torques and angles. Kgmm and Nmm are the commutable units and on request, British measures con be supplied. These functions are set with keyboard and they provide for:
• AUTOMATIC ZEROSETTING. Possibility to zeroset angle and torque on any point
• RECALIBRATION. Keys are provided far setting the sample torque, together with a key for storage.
• MULTICELI (optional). Electronic commutation key in case of more cells
• TOLERANCES. Three leds are far rates over/under/within tolerance
• DATA TRANSMISSION. The instrument is supplied with an RS 232 output |
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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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Kinematic Spine Simulator
Bose Spine Simulator is a revolutionary, six degree-of-freedom instrument which can reproduce typical spinal kinematics and representative load bearing activities for subsections of the spine, such as functional spine units or the lumbar and cervical sections, or the full spine.
Typical applications inlcude:
- Spine fixation methods
- Lumbar and lumbosacral spine performance
- intervertebral disc research
- Comparative studies
- Interbody fusion
- Spinal biomechanical research
- Disc replacement efficacy.
Spinal Disc Fatigue/Wear System
Spinal implant design continues to progress towards devices that alleviate pain while preserving motion and maintaining disc height. Testing of intervertebral disc replacement devices remains important, but new guidelines have been developed for fatigue and wear testing of these devices.
To meet the demanding test requirements for total disc and nuclear replacements, Bose has introduced the new Spinal Disc Fatigue/Wear System. This test system is designed to meet ASTM and ISO test methods for both lumbar and cervical disc replacements. |
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Model: CTT202, CTT502, CTT103, CTT203, CTT303
Capacity: 200Nm, 500Nm, 1000Nm, 2000Nm, 3000Nm
Features:
For maximum torsion testing versatility and capability, SANS offers a full range of torsion testing machines in capacities from 200 to 3000 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 position on the rails to accommodate specimens of varying lengths. |
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The TENSILON RTF is A&D's newest universal testing machine: TENSILON RTF offers innovative measurement possibilities based on A&D's most advanced technological knowledge and the informed opinions of machine operators that went into the design of this new machine.
TENSILON's primary application is the tensile testing of materials and products. However, by utilizing a variety of attachment devices, users can select various testing modes such as compression, bending, shearing, peeling and friction. In addition, a variety of jigs are available for TENSILON ¨C our unspoken recognition that different tensile test may require different jigs depending on the sample shape and testing method.
Features:
Load Measurement Accuracy: Grade 0.5 in UTM section (compliant with ISO/ITEC
17025)
Load frame stiffness has been greatly improved by 30%, in comparison to our RTC series.
Rated output accuracy of up to 1/500 is guaranteed (load range can be automatically set)
High-speed sampling: 1 msec
Up to 13 input signal channels
Color touch panel (optional)
MSAT (Multi Signal Analysis Testing) software
The MSAT series is not only equipped with functions for testing machine operation, but also data analysis, calculation and data storage for each testing mode. The operator can select from among a Standard test (tensile, compression and bending) mode, Peeling test mode, Cycle test mode, Creep test mode, and Stress relaxation test mode etc. depending on the purpose of the test.
Please see the RTF catalog for further details. |
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UNIVERSAL TESTING MACHINE CAPABLE OF CARRYING OUT TENSILE, COMPRESSION, BENDING AND SHEARING TESTS.
Operation is manual, semi-automatic, and automatic.
Testable objects include: springs, metal wires, plastics, cables, chains, hooks and other. The test instrument can be modularised taking into account that the structure can house 3 permanently installed load cells for compression tests, and 3 sefs of 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 Ě 000 Hz. Load celt reads are effected 1,000 times per second. Minimum indexing is 1/32.700 ˇthis can be increased by slowing down load cell reading). The universal testing machine operates with computerized numerical control and includes a computer with HD and touch screen. It is a self-supporting, two-columns structure with ball screws. Its electronic setup enables cycles of stress of sinusoidal form which result in machine preservation and remarkable performance - notwithstanding the boll screw mechanism. DC power driven, encoder (or optical ruler}. The computer programme for this machine has entirely been developed by Easydur based on Windows XP, with internal files, statistics and certificate management in Excel format, which allows users free modularisation and customisation. |
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The universal testing machine inspekt mini 3kN and Inspekt S 5kN are available with load frames of 3 kN and 5 kN. The frame arms are driven by DC motor via a play-free pre-stressed ball race spindle.
The driving spindle is protected against fouling by bellows. Optionally, the speed range can be extended up to 2,000 mm/min and the arm lift can be extended to 1,100 mm.
The a spindle test machine of the series of Inspekt mini were developed for attempts with small loads. They are used preferentially into electronics, medicine, textile and automotiv industry.
The testing machine Inspekt S is used for the examination by foam materials and padding in the furniture industry. |
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The product line inspekt table 5kN - 50kN and inspekt table 5kN - 20kN was developed for applications like inspection of incoming goods, the testing of materials and component parts. The universal testing machines of the inspekt table - series are known by its particularly favourable price-performance ratio.
To the control unit of the testing machine a second load cell or an one range strain gauge can be attached alternatively. Simple tests are also possible without PC in stand alone mode.
The universal testing machines of inspekt table series can be offered as table model and also as standing version model (accessories: in the height adjustable).
A post and/or a re-equipment to the respectively different type of model is easily possible. |
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The reliable, flexible and 'good-looking' standard universal testing machines of our inspekt series are designed for universal use. The goals of our machine designers are highest mechanical precision, first-class stiffness and the integration of the latest control electronics accompanied by a reasonable cost-performance ratio. Our standards naturally comprise testing space adaptations in length and width as well as the addition of one or several testing spaces.
Load frames are available for 100, 150, 200, 250, 300, 400, 500, 600 and 1000kN capacity. The frame arms are driven by an AC servomotor via two spindles.
The digitally controlled drive of the inspekt series guarantees:
- exact, reproducible positioning
- large continuous speed range
- implementation of extremely small moving speeds
The spindle bearings and nuts are pre-stressed and guarantee highly dynamic force transfer and control by rolling friction. The driving spindles are protected against fouling by bellows. Additionally, the arms are supported by two or four strong guide columns to provide high transversal stiffness.
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Allround-Line
For optimum harmonization with the requirements of your test, the Allround-Line offers a variety of load frames, e.g. table-top or floor machines, with different maximum forces up to 250 kN, various heights and widths, or even with a second test area. And, of course, accessories like safety shields, temperature chambers, and further test equipment are also available in a wide range to meet your particular needs.
The test machines from the Allround-Line can also be operated with or without a PC as desired. The operation with standard PCs (no additional card necessary) and the test software testXpert® offers you the highest operating comfort, efficient data analysis and statistics, and performant networking functionality.
The test machines are all equipped with our proprietary electronics console testControl.
Advantages:
Mechanics, electronics and software as a modular system for customization with our add-ons
Crossheads with uniform mechanical interfaces for shorter re-equipment times, ideal when alternating test types
High crosshead travel and a wide test area
Robust and sturdy industrial drive system
Wide range of test equipment available for a large spectrum of applications
Ergonomic working in a seated or standing position |
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Model: TS5504, TS5105
Capacity: 50kN, 100kN
Features:
1. Adopt SANS up-to-date WS-3000 measure and control system with embedded technology
2. Touch screen permits extremely simple operation
3. The most advanced transducer greatly improves stability of force accuracy; no need for recalibration within 3 years
4. Applying multiple communication technology including USB,wireless remote control and so on
5. Adjusting operation height according to requirements
6. Adopt three-level synchronous pulleys for speed-down, ensuring high-efficiency driving and power saving
7. Unique design of driving structure prolongs the life of synchronous belt
8. T-Slots in profile of both columns for simple mounting of other accessories
9. Other grips can be fixed easily on tension grips while there is no need to remove tension grips
10. New-style pneumatic grips provides reliable clamping and easy-to-operate |
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- Controls can be supplied to suit customer requirements.
- 2 or 4 Column Options.
- Height of machine to suit specific requirements.
- Available in Compression or Tension modes.
- Can be supplied for load simulation applications. |
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| The vertical universal friction and wear testing machine model MMW-1A, is designed to develop all kinds of medium and high grade hydraulic oil and evaluate inspection testing machine, and the application and function is similar to FALEX No. 6 multi-function testing and measuring testing machine. This machine is standard testing machine to evaluate anti-wear character for lubrication grease or oil with ASTM D 4172-82, ASTM D 2266-81. And also is standard apparatus for evaluating oil, with hydraulic lubricant, anti-friction character in general petroleum and chemistry industry Corporation. With XBE34007-87. the above method is used four ball friction couple measuring relative anti-wear character for lubrication agent under the special testing condition. It is widely used in developing anti-wear hydraulic oil products. |
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| The TABER Oscillating Abrasion Tester – Model 6100 is best known as an “oscillating sand tester” and is used to measure the resistance of a material to surface abrasion and scratching. It’s primary application is for transparent materials and coatings utilized in windows and lenses, but it can also be used to evaluate organic coatings, plastics, metals and other materials. |
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| This series is mainly designed for compression test of building materials (such as cement and concrete, etc.) and metallic & non-metallic materials. Equipped with special accessories, it can do bending test for components. With PC-electro-hydraulic servo control system, it can complete auto-control of test stroke and loading speed. Meanwhile, With PC, it can carry on collecting, processing, displaying, and storing data and it can display test load, the peak value of test load and the curves of test load Time on screen, auto-processor (according to corresponding test method) and store the processing results. With specially designed Window software, it makes the man-machine dialogues more perfectly. By using of mouse input, it operates more easily. |
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| This machine adopts loading hydraulically with accurate and reliable test data. In order to guarantee the accuracy of test load readout, it adopts oil pressure transducer to measure the load, after amplifying, the test load, peak value and loading speed can be displayed digitally. The oil source is installed at the bottom of control cabinet in which there is a double-flow high-pressure piston pump driven by the motor. The hydraulic system is controlled manually with the functions of easy operation, safety and reliability. |
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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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| 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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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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(a.k.a the Klaxon Test Machine)
The latex rubber stability test machine / apparatus tests the mechanical stability of concentrated natural and synthetic latex rubber when subjected to high speed mechanical stirring or mechanical shear.
Stirring is applied to the latex rubber at a constant of 14,000 rpm until the end point, or latex instability is reached.
The approach to the end point is usually indicated by a drop in meniscus of the latex, loss of turbulence and a change in the sound of stirring action.
The end point is determined by the first appearance of small pieces of coagulated rubber.
This end point is confirmed by the presence of an increased amount of coagulated rubber after 15 seconds additional rotation.
The end point in this case is the presence of approximately 1% of coagulum based on total solids. |
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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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| This series of machine is suitable to test the mechanics properties of metal, non-metal and compound materials. It is designed according to GB, JIS, ASTM, DIN, and ISO standards. It can automatically calculate tensile strength; yield strength, elongation ratio and broken strength and other parameters of the materials. It is ideal equipment for quality control and laboratory research in factories and high schools. |
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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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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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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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