ELECTROFORCE® CARDIOVASCULAR TEST INSTRUMENTS
Open the catalog to page 1Accelerating development of life-saving technologies ElectroForce® Cardiovascular Solutions 4 Axial Multi-Specimen Fatigue 14 Multi-Axial Peripheral Stent Fatigue 20 Heart Valve Accelerated Wear 22
Open the catalog to page 2Bare Metal Stents Drug-Eluting Stents Heart Valves Septal Closure Devices Vena Cava Filter Structures Characterizing the widest range of Cardiovascular Medical Devices Annuloplasty Devices Cardiac Leads Vascular Grafts Decellularized Tissue 2 dynamic Performance & proven Reliability over billions of cycles ElectroForce® Cardiovascular test instruments comprise the most comprehensive portfolio of testing solutions for endovascular and interventional cardiology medical devices. For over 25 years, our test instruments have been used for research, development, and validation of innovative cardiovascular...
Open the catalog to page 3ELECTROFORCE® CARDIOVASCULAR SOLUTIONS TABLETOP & FLOOR-STANDING INSTRUMENTS Planar Biaxial TestBench Instrument DuraPulse™ Heart Valve Test (HVT) Instrument MSF16 Multi-Specimen Fatigue Instrument 9400 Multi-Axial Peripheral Stent (MAPS) Test Instrument DuraPulse Stent/Graft Test (SGT) Instrument
Open the catalog to page 4Anisotropic behavior characterization of heart valve leaflet materials Multi-specimen fatigue of heart valve sub-structures TRUSTED for TESTING along the... ENTIRE DEVELOPMENT PATHWAY Accelerated radial fatigue of entire stented heart valve frame Accelerated wear testing of complete heart valve device
Open the catalog to page 5ELECTROFORCE® TECHNOLOGY Perform fatigue tests at the highest frequencies Proprietary electromagnetic motor delivers industry-leading dynamic performance Unmatched waveform control and repeatability Friction-free technology provides unmatched responsiveness enabling the precise control of displacements, forces, and pressures Replicate 10 years of device life in a matter of weeks! Reliability that won’t let you down ElectroForce® linear motors integrate a flexural suspension eliminating the need for rolling or sliding bearings that wear out during long-term tests The industry’s only 10-year motor...
Open the catalog to page 6The industry standard for pulsatile fatigue testing of stented devices PULSATILE FATIGUE TEST INSTRUMENTS DURAPULSE™ STENT/GRAFT TEST (SGT) INSTRUMENT DuraPulse™ stent/graft test (SGT) instruments integrate proprietary ElectroForce® linear motors to apply accelerated pulsatile distentions to stent and stented devices deployed in mock vessels. Meeting or exceeding testing requirements defined by international standards such Dynamic optical micrometer measures real-time mock vessel diameter changes as ISO 25539-2, ASTM F2477 and ASTM F3211, DuraPulse SGTs reduce device time-to-market while providing...
Open the catalog to page 7PULSATILE FATIGUE TEST INSTRUMENTS I DURAPULSE™ STENT/GRAFT TEST (SGT) INSTRUMENT 4-Tube Manifold Kit Interchangeable Manifold Design Increased Flexibility Reduced Capital Investment ElectroForce Cardiovascular Test Instruments 13
Open the catalog to page 8MULTI-SPECIMEN FATIGUE TEST INSTRUMENTS 3330 MSF16 INSTRUMENT TA Instrument’s MSF16 Multi-Specimen Fatigue Instrument is designed to accelerate fatigue studies for a variety of materials, subcomponents and complete devices. With the capability of simultaneously testing 16 specimens at up to 100 Hz, users can generate S/N curves faster The proven workhorse for multi-specimen axial fatigue and with higher statistical confidence levels than ever before. In this system, proven and refined technologies come together to quickly ElectroForce 3330 MSF16 Dynamic Performance Advantage and confidently deliver...
Open the catalog to page 9MULTI-SPECIMEN FATIGUE TEST INSTRUMENTS MULTI-STATION TESTBENCH INSTRUMENT ElectroForce® Multi-Station TestBench instruments combine up to four independently-controlled, compact load frames, controlled from a single computer. Each TestBench station can be operated in either force or displacement control, offering the flexibility needed to perform long-term testing on devices or tissues that require stress or strain test conditions. Unmatched versatility in a multi-sample testing configuration • Available in either 2-, 3-, or 4-station configurations with a single shared computer • Independent...
Open the catalog to page 10MULTI-AXIAL PERIPHERAL STENT TESTING 9400 MAPS INSTRUMENT The patented Multi-Axial Peripheral Stent (MAPS) test instrument is the only system available that simultaneously provides the complex loading conditions experienced by peripheral arteries arteries such as those required by ASTM F2942. Combining accelerated pulsatile fatigue with tensile, bending, and torsion modes of loading in a single test instrument, MAPS can be used to replicate the twisting and bending of the superficial femoral artery that results from motions during walking, running, or jumping. In a similar fashion, the test instrument...
Open the catalog to page 11HEART VALVE ACCELERATED WEAR TESTING DURAPULSE™ HEART VALVE TEST (HVT) INSTRUMENT Setting the standard for accelerated prosthetic heart valve testing according to ISO 5840 test protocols, the DuraPulse™ Heart Valve test (HVT) instrument is capable of testing surgical or transcatheter heart valves at frequencies greater than 30 Hz. Available in 2-, 4- or 6-station configurations, the DuraPulse HVT provides independent sample control, enabling the removal and inspection of a single device without High-frequency performance and pressure control previously unachievable in heart valve durability testing...
Open the catalog to page 12Perhaps the most versatile test instrument available, the ElectroForce® Planar Biaxial can be used to characterize the material properties of biomaterials and medical devices, such as pericardium or heart valve leaflets. Available in 2- and 4-motor configurations, this system can assess the anisotropic behavior of materials to support development of constitutive models, compare the mechanical properties of synthetic materials to biologic tissues, or perform fatigue tests. Superior control and dynamic performance to characterize anisotropic material behavior Unparalleled performance for biomaterial...
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