Metal & Polymer Braiding
Braided structures are widely used in medical devices because they provide a versatile combination of flexibility, strength, and controlled mechanical performance. By adjusting variables such as braid angle, filament type, carrier configuration, and material selection, engineers can tailor how a braided structure behaves within a device. Whether using high-performance polymers or fine metal wires, these parameters influence characteristics such as radial force, flexibility, fatigue resistance, and overall device stability.
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This section explores how metal and polymer braid architectures can be engineered to support specific medical device design requirements.
› Understanding how braid geometry influences mechanical performance
› Engineering braided reinforcement structures for implantable devices
› Evaluating metal and polymer materials used in braided constructions
› Optimizing braid architecture to support device flexibility, durability, and deployment behavior