These various studies explore bioabsorbable ferrous and magnesium wires. Evaluations include the vascular cytocompatibility of cold-drawn ferrous and ferrous composite wires, as well as their mechanical strength and fatigue durability. Additionally, the potential of absorbable filament technologies is discussed, with a focus on wiredrawing techniques to support next-generation medical devices, expanding the use of magnesium in the industry.

• Cold Drawn Bioabsorbable Ferrous and Ferrous Composite Wires: An Evaluation of In Vitro Vascular Cyctocompatibility
• Cold-Drawn ZM21 and WE43 Wires Exhibit Exceptional Strength and Ductility
• Expanding Magnesium's Reach through Cold Drawing
• Fatigue and Corrosion Fatigue of Cold Drawn WE43 Wires
• Cold-Drawn Bioabsorbable Ferrous and Ferrous Composite Wires: An Evaluation of Mechanical Strength and Fatigue Durability
• Absorbable Filament Technologies: Wire-Drawing to Enable Next-Generation Medical Devices
• Radiopaque FeMnN-Mo composite drawn filled tubing wires for braided absorbable neurovascular devices
• Assessment of magnesium wire coatings for absorbable medical devices