Technical Capabilities for Accelerating Medical Device Innovation

Intricon offers a wide range of technical capabilities for manufacturing micromedical components, sub-assemblies and final assemblies. Depending on the project, Intricon can seamlessly bring several of these capabilities to bear and streamline your supply chain by performing multiple steps in the manufacturing process. In many cases, these capabilities can be integrated into an innovative device platform to create new solutions for challenging clinical applications.

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Specialty Extrusions & Catheter Shafts

Intricon offers a broad range of specialty extrusions and catheter shafts to drive medical device innovation. Experience in specialty extrusions and catheter shaft design and assembly combined with a focus on joint development manufacturing give you every advantage. Our engineers can guide your designs to ensure the highest performance and manufacturability. Read More

Electromagnetic Navigational Sensors

Electromagnetic micro-coils are a core expertise at Intricon. We offer a complete range of ultra-fine wires and ferromagnetic core materials. Read More

Microelectronics Assembly

Decades of experience in microelectronics design and assembly combined with a focus on joint development manufacturing give you every advantage. Our engineers can guide your designs to ensure the highest performance and manufacturability. Read More

Interventional Catheter Assembly

Intricon provides expertise and capabilities in advanced catheter and delivery systems and extrusion to support state-of-the art, minimally invasive clinical procedures. Read More

Precision Miniature Molding

Intricon routinely achieves molding tolerances of ±.0005 inches in compliance with ASTM and SPI standards while utilizing Scientific Injection Molding (SIM) practices. Read More

ULP DSP & Wireless Communications

Intricon has 20 years of experience in designing and manufacturing components and devices for hearing health, electrocardiogram patches and continuous glucose monitoring systems Read More