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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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CARACTERISTICS
■ The load precision is controlled via closed loop load cells
- Universal machine for testing different hardness procedure.
■ Machine management through a built-in computer.
■ Selection of loads and automatic test scales from menus; full automatic test cycle.
- The structure is protected against dust and any atmospheric agent as well as against shocks.
- It can be installed also in casting and forging houses.
- Brinell and Vickers readings through camera and monitor integrated with high-definition and high-precision electronic measurement.
- Automatic focus with piece presser.
- Print out of the impression image and of the specimen surface; printed on the inspection report with statistic analysis.
- Large data and test storage with file management.
- Built according to the requirements for certification by calibration institutes.
- Perfect and effective measure even at the first test
- Load cell reading at 1000Hz
- Full automatic measurements Brinell and HV, without manual intervention
- Repetibiliry: 0, 1 HBW
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This Universal Hardness Tester with its excellent price/performance ratio is used for both: classical hardness tests on metals and for the testing of plastics, in particular.
It works, for example, according to the Rockwell R, L, M, á(alpha) test methods and determines the ball indentation hardness. All conventional optical hardness test methods (Vickers, Brinell, Knoop) and the depth measurement method (Rockwell) can also be carried out in compliance with the standards within a load range from 1 to 250 kg.
The essential features bearing out the quality of the machine are its ease of operation, an outstandingly large test area, the measurement without parallax error (with the lines of measurement being integrated in the ground-glass screen optics), a fully automatic test sequence, and the use of a high-precision closed loop system. Another plus is the extraordinary depth of focus. With the RS232 connection to the test software testXpert®, all tests can be evaluated and documented. For example, data can be transferred to quality assurance systems for further processing.
Customized accessories for a large range of applications are available to the customer.
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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 Ì 000 Hz. Load celt reads are effected 1,000 times per second. Minimum indexing is 1/32.700 ¡this 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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Features
- High Accuracy and Repeatability
- Wide Range of Materials Testing
- Enhanced Control Panel
- Easy - to - Use
- Computer Control and Enhanced Software
- Modular Design
- Interchangeable Load Cells, Grips and Fixtures
SANTAM Universal Testing Machine is used for industrial quality control laboratories and research centers The machine is able to test the mechanical properties of a wide range of the materials such as:
Plastics, Rubber, Metals, Composites, Textiles, Yarn, Wire, Timber, Adhesives, Paper, Foams, Foils, Food, Film, Graphite, Finished Components
With additional accessories , the following test can be performed:
Tension, Compression, Bending
Peel, Shear, Flexure
Stiffness, Buckling, Ring Stiffness
Creep, Foam Hardness, Relaxation
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Unrivalled performances …
AG-X : You door to the future..
Experience unsurpassed reliability and operability with the new Shimadzu Autograph AG-X. This revolutionary new model delivers high-level controlled measurement performance utilizing a combination of patented technology from earlier models and world-class innovations.
Development of this series focused on intuitive operation and convenient support functions, resulting in standard equipment that includes both a color TFT touch panel screen for PC-free operation and the very popular Smart Controller operation featured on many of our earlier testing machines.
The TRAPEZIUM X software has also been newly developed, using cutting-edge Microsoft .NET technology to enhance user-friendliness. Shimadzu's new AG-X series advances testing in three areas performance, operability and support.
Don´t miss your chance to find out more about our Universal Testing Machines, Hardness Tester and Capillar Rheometer |
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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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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 simple BAT Stand : BAT 750
To insure the correct positioning of the force gauge in relation to the sample to be tested, the simple BAT Stand is the ideal solution.
Basic motorized test stand : BATDRIVE
The BATDRIVE basic motorized test stand is a force gauge support designed to test samples at a regular speed; it is especially well suited for small parts, and for tests requiring low force levels (less than 500 N).
The 1 to 5KN test machine : STENTOR
The STENTOR 1000, 2500 and 5000 are designed to carry out tests for all applications in which the displacement speed is specified by a standard, together with all applications in which the speed can have an influence on the measurement itself.
The 5 to 50KN test machine : ATLAS
The ATLAS 5 to 50 KN test machine is designed to carry out tests in all cases where the force necessary is greater than 5 KN. |
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A weatherproof version designated AEP-WP or AEW-WP is similar to the standard AEP and AEW respectively. The difference being that the absorber is manufactured from a special foam or covered with a rubberized cloth. The product designator of these materials is AEP-XX-WP. Where XX designates the absorber thickness in inches. The standard material base size is 2' x 2'
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Rope Grip Wedge Box
- Available for all machines up to 200 tonne capacity.
- Suitable for most materials.
- Grips smooth surfaces eg. Wire Rope, Synthetic Nylon & Aluminium Conductor Cable.
- Grips material without damage & can be used through to destruction on rope.
- Easy to use mechanism. Self releasing when load is dispersed
- Supplied with 10 varying sizes of inserts to suit application.
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Wet and Dry Film Thickness Gauge acc. to Rossmann, Model 296
The difference in level between substrate and film surface is gauged by the contact point of the dial indicator. Measuring range 0-1000 ìm in 5 ìm divisions. For measurements on wet films the contact point is raised by means of a knurled screw and then lowered until it touches the surface of the wet film. |
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Wet Film Thickness Gauge, Model 234
A hardened and ground double wheel with an eccentric cam in the centre is rolled over a newly applied film. The wetting line on the centre cam is read on a scale as wet film thickness. Total measuring range: 1500 ìm, available in 8 different subranges. |
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Material characterization, Testing machines, Testing chambers
