Power Solutions for Medical Navigation Systems

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Reliable Power for Image-Guided and Surgical Navigation Platforms

Medical navigation systems play a critical role in modern surgical and interventional procedures, providing real-time guidance, spatial tracking, and visualization to enhance clinical accuracy and patient outcomes. These systems are widely used across orthopedic, neurosurgical, ENT, and robotic-assisted procedures and often integrate imaging data, tracking sensors, computing platforms, and clinician interfaces.

Astrodyne TDI designs and manufactures medical-grade power solutions that support the stringent electrical, safety, and reliability requirements of medical navigation platforms—from compact mobile carts to fully integrated surgical navigation consoles.

Power Requirements for Medical Navigation Systems

Medical navigation systems incorporate multiple interconnected subsystems, each with distinct power demands. Core computing platforms, displays, tracking cameras, infrared emitters, and auxiliary peripherals require a combination of regulated DC power, clean isolated AC power, and uninterrupted backup power to ensure continuous operation during procedures.

Key power considerations include compliance with IEC 60601-1 medical safety standards, low patient leakage current, EMI control to protect sensitive sensing and imaging electronics, and power continuity to prevent system interruptions during critical clinical workflows. Many navigation systems are deployed on mobile carts within operating rooms, where reliable isolation and backup power are essential to maintain safety and precision.

Astrodyne TDI addresses these challenges with integrated, system-level power architectures designed specifically for medical navigation environments.

Explore Medical Navigation Power Architectures

Medical-Grade Isolation Transformer for Endoscopic Evaluation and Surgical Procedures

Astrodyne TDI partnered with a medical device manufacturer to develop a medical-grade isolation power solution for endoscopic evaluation and surgical procedures. The solution provided isolated, low-leakage AC power designed to meet IEC 60601-1 safety requirements while minimizing electrical noise and interference, helping ensure patient safety and reliable operation of sensitive surgical and visualization equipment in clinical environments.

Read the full case study

Power Solutions for Medical Diagnostics & Imaging Equipment

Gain a visual overview of the power architectures that underpin modern medical imaging systems. This infographic highlights typical power requirements for X-ray, CT, MRI, ultrasound, and nuclear imaging equipment, along with key considerations such as IEC 60601-1 safety compliance, EMI control, backup power, and system-level integration. Download the infographic to see how Astrodyne TDI’s PDUs, high-power conversion platforms, UPS solutions, and EMI filters support reliable, scalable medical diagnostic and imaging systems.

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Why Medical OEMs Choose Astordyne TDI

Astrodyne TDI power solutions help medical navigation systems:

IEC 60601-1 certified medical power expertise
Proven experience across surgical and navigation platforms
Fully integrated, system-level power solutions—not just components
Custom and semi-custom designs without third-party subcontractors
Domestic engineering with responsive technical support
Optimized cost, lead time, and long-term reliability

Power Confidence for Medical Navigation Innovation

From image-guided surgery to next-generation navigation platforms, Astrodyne TDI delivers the power foundation medical OEMs rely on—safe, reliable, and engineered for precision.

Talk to our medical power experts today to discuss your medical navigation system requirements.

2x MOPP

Means of Patient Protection

IEC 60601-1

(3rd/4th edition)

View our Other Certifications