Electrodynamic Fatigue Testing Machine for Testing Heart Implant Stents According to ASTM F2942

Описание: Explore the precision and performance of the ELDY Electrodynamic Fatigue Testing Machine, engineered for advanced material characterization and biomedical device validation. In this video, we highlight how electrodynamic testing technology is used to evaluate heart implant stents according to ASTM F2942, a critical standard for determining the durability and fatigue resistance of vascular implants subjected to millions of in-vivo loading cycles.

The ELDY family of testing systems is designed to perform static, semi-static, dynamic, and high-cycle fatigue tests on a wide range of components and materials. Powered by voice coil motor technology, these systems deliver highly accurate force control and repeatable displacement profiles—ideal for delicate biomedical specimens such as cardiovascular stents where precision is paramount.

Each system includes an RTC Real Time Controller, intuitive command software, and a high-accuracy force transducer to ensure reliable data acquisition. With test frequencies up to 50 Hz, researchers can accelerate lifecycle testing while maintaining waveform fidelity, helping simulate physiological conditions encountered inside the human body.

Unlike traditional hydraulic platforms, the ELDY electrodynamic system operates on a single-phase power supply, requires no oil or compressed air, and offers low energy consumption with minimal acoustic noise—making it perfectly suited for laboratory, R&D, and product validation environments.

Key Technical Capabilities:

Test capacity: 1–100 N

Stroke range: 1–30 mm

Frequency: Up to 50 Hz

Double-column frame with electric intermediate plane for simplified specimen alignment

Air-cooled temperature control

Compatible with a wide range of accessories and fixture configurations

Thanks to its high flexibility and configurability, the ELDY system can be tailored for multiple industries including biomedical, plastics, electronic components, rubber, additive manufacturing, and technical fabrics. Its tabletop footprint and user-friendly interface allow test engineers to rapidly configure methods and begin generating actionable fatigue data.

If your lab is validating implantable devices or performing micro-force fatigue testing, electrodynamic technology provides a clean, efficient, and highly responsive alternative to conventional test platforms.

👉 Learn more about advanced material testing solutions at:
www.universalgripco.com
www.universaltestmachine.com
👉 Contact our team to discuss the right fatigue testing configuration for your application.

Keywords: electrodynamic fatigue testing machine, ASTM F2942, stent fatigue testing, biomedical testing equipment, voice coil testing machine, dynamic testing system, fatigue test machine, micro force testing, implant durability testing, materials testing

Hashtags:
#FatigueTesting #ElectrodynamicTesting #ASTMF2942 #BiomedicalEngineering #StentTesting #MaterialTesting #UniversalTestingMachine #RNDTesting #VoiceCoil #MedicalDeviceTesting