Electromagnetic Sensors for Surgical Navigation

Intricon uses proprietary modeling and engineering processes to achieve ultimate signal integrity within the smallest possible footprint. The resulting EM sensors effectively meet your induction, resistance, sensitivity, and localization goals while seamlessly integrating within interventional devices.

EM sensor creation

Tailored solutions for the most effective electromagnetic sensing.

End-to-end customization with broad compatibility.
With practical experience in both sensor and full-device design, Intricon is uniquely positioned to provide advice and support, from development all the way to high-volume manufacturing.

Key Capabilities

  • Unique designs to address electromagnetic performance and physical
    requirements
  • High-volume scalability in winding and assembly
  • Unparalleled capabilities in fine wire bonding to attach micro-sensors to twisted pair leads or other wires to create full-length connectivity
  • Optimization of entire systems, including sensor, assembly, operating space, field generator, and EM performance
  • Understanding of the optimal core material balances trade-offs between permeability, saturation, and material strength
  • Ensuring seamless performance of the entire electromagnetic tracking system
EM Sensors on Dime

Micromedical Capabilities

With over 250 million components and assemblies produced per year, we partner with industry-leading medical device companies to build world-class products that improve people’s lives.

Custom EM Sensors & Assemblies

What we do: Custom electromagnetic sensor designs to address EM performance and size requirements.

Why it matters: Meet induction, resistance, sensitivity, and localization goals while seamlessly integrating within interventional devices.

Precision Molding

What we do: Fully-automated high-volume capabilities, best-in-class needle and insert molding capabilities

Why it matters: Reduces assembly steps, speeds up timelines, and lowers costs for efficient market entry.

Microelectronics

What we do: Microelectronic assembly and circuit design, incorporating ultra-fine pitch circuits with components down to 01005.

Why it matters: Improve performance, reduce cost, and scale efficiently.

Polymer and Metal 3D Printing

What we do: We manufacture high-precision additives for both polymer and metal components.

Why it matters: Accelerates development timelines, reduces material waste, and enables design for intricate medical device components.

Automation

What we do: Design and integrate custom automation into our processes and workflow.

Why it matters: Reduces assembly steps, speeds up timelines, and lowers costs for efficient market entry.

Microcatheters and Access Sheaths

What we do: Precision-engineered microcatheters and access sheaths designed for enhanced navigation, trackability, and compatibility with interventional devices.

Why it matters: Improves procedural efficiency, ensures patient safety, and supports next-gen minimally invasive medical treatments.

What Our Customers Are Saying

Let’s bring your breakthrough to market.