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发布日期:2021年11月29日
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Cardiology
medical
Cardiology

Minimally Invasive Through Material Innovation

Advanced cardiovascular solutions involve increasingly intricate, less invasive surgeries. To enable minimally invasive surgeries, implants and instrumentation must be smaller and stronger than ever before. Our premium materials have superior metallurgical properties in addition to biocompatibility and radiopacity to satisfy critical design criteria in intricate, small dimensions. The result is less invasive surgeries with better patient outcomes.

APPLICATION SPOTLIGHT

Cardiology

Vascular Stents
Vascular Stents

Our materials enable expandable stents with high elastic modulus, low recoil, and thinner struts through strong tensile properties. Reducing strut thickness improves clinical performance and reduces stent size, enabling access to smaller vessels.

Guide Wires
Guide Wires

Minimally invasive procedures via small keyhole incisions minimize patient damage and accelerate healing times. Small-diameter cobalt allows for efficient processing for fine applications to enable minimally invasive surgeries.

20201019-CT_2.7.2 Medical_Cardiology Arterial Plaque Removers and Vena Cava Filters_F
Arterial Plaque Removers and Vena Cava Filters

When creating intravenous blades for atherectomy procedures, a designer must ensure adequate strength and be extraordinarily cautious about potential cracking and fracture inside the blood vessel.

Structural Heart Applications
Structural Heart Applications

The latest-generation transcatheter heart valve systems use CCM frames to ensure high radial strength and optimal hemodynamics. They are radiopaque for easy visualization and provide a low frame height with an open cell geometry.

Work with Carpenter Technology to improve your product and your process.

Our products and materials create the opportunity for minimally invasive surgeries and better patient outcomes.

We have developed premium materials with advanced metallurgical features such as biocompatibility, strength, and radiopacity. These materials satisfy critical design criteria like strength, and biocompatibility in intricate, small dimensions, enabling the development of advanced cardiovascular solutions such as stents, guidewires, arterial plaque removers, vena cava filters, and much more.

EXPERT ADVICE WHEN YOU NEED IT

Customers call on us when they need to rethink the boundaries of specialty alloys

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