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We specialize in designing and developing complex, custom heat shape tooling tailored for advanced nitinol components.
Medical device companies need a partner who can offer high quality, comprehensive solutions, to help manufacturers develop competitive technologies that are first to market.
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Our capabilities cover the full spectrum of your heat-shaping needs — from early concept development to high-volume, steady-state production.
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Nitinol stents are heat-shaped to expand precisely at body temperature and conform to vessel anatomy
Frames for transcatheter aortic valves (TAVR/TAVI) rely on heat-shaped Nitinol for self-expansion
Distal tips are heat-shaped for steerability, atraumatic navigation, and kink resistance
Heat-shaped to collapse for insertion and then expand to capture stones in urology procedures
Preformed dental arch shapes rely on heat setting for consistent performance
Coils, flow diverters, and clot retrievers are shaped for precise deployment in delicate vasculature
Heat shaping allows minimally invasive implants to expand and lock into place inside the body
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Our advanced forming and heat-setting processes allow you to produce intricate, multi-plane designs while maintaining the mechanical integrity and performance of the material.
Self-Expanding Stents: Formed by welding nitinol wire into tubular structures that are shape-set to expand upon deployment.
Guidewires: Straight or coiled nitinol wire, often with coatings for radiopacity and lubricity, formed for kink resistance and torque control.
Vena Cava Filters (e.g., Simon Filter): Nitinol wire shaped into expandable filters via thermal shape memory deployment.
Retrieval Baskets and Snares: Formed nitinol wire shaped into baskets or loops for capturing and removing foreign bodies, stones, or clots.
Flexible Endoscopic Devices: Nitinol wire assemblies or cables formed to create tools that navigate narrow body cavities and then rigidify or actuate as needed, often combined with other materials for enhanced durability.
Orthodontic Archwires and Braces: Nitinol wire formed into archwires that apply continuous, gentle pressure for tooth alignment.
Artificial Joints, Ligaments, and BoneStaples: Wire formed into components for orthopedic implants, leveraging shape memory for self-adjusting fixation or replacement of damaged tissues.
Nitinol wire hooks formed to deploy through needles for precise localization during surgery.
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medical components shipped globally and counting
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We use breakthrough technologies and work closely with our partners to make the entire experience smoother, smarter, and faster to provide more precise outcomes for everyone.
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