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In order to offer regulated loading for small soft structures and devices, such as stents, stent structures, stented grafts, vena cava filters, septal patch structures, or other similar devices, multi-specimen fatigue test systems were developed.
Key Characteristics of Multi-Specimen Fatigue Testing Systems places for loading several species measuring displacement with great accuracy and resolution controlled-temperature saline bath Can be used to characterise the high cycle fatigue life.
When applying Medical device and component testing, Nitinol structures, and stimulation and characterisation of tissue-engineered constructs
The Global Multi-specimen Fatigue Test systems market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
The brand-new TA Instruments MSF16 Multi-Specimen Fatigue Instrument was unveiled by Waters Corporation. By loading 16 specimens at once, the MSF16 expands the potential of accelerated cyclic testing and quickly provides insights into the failure limits of materials, components, and products under repeated loading.
For goods that encounter repeated stresses, the construction and endurance of the materials are essential. The ability to judge durability is crucial for everything from cars and aeroplanes to medical equipment. Repetitive mechanical loading (stress and strains) is used in fatigue testing of component materials or final assemblies to determine when and how they fail.
Ten to one hundred samples must be tested for millions or even hundreds of millions of cycles in order to quantify failure. The MSF16 instrument from TA substantially accelerates fatigue analysis and gives companies a competitive edge by cutting their time-to-market. It is outfitted with industry-leading motor technology and a 16-sample capacity.
