MEDICAL Connector Solutions

Connector Solutions for Medical Device Design

Compact, high-performance interconnects for demanding medical applications.

From patient monitoring and medical wearables to diagnostic imaging and surgical robotics, Hirose connector solutions help engineers address miniaturization, signal integrity, power delivery, and reliability. Find recommended connectors for your medical device design. 

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APPLICATION INSIGHTS
 
Patient Monitoring & Connected Care

Designing for Continuous, Connected Performance

 

Explore how connector selection supports signal integrity, power efficiency, and reliable performance across monitoring systems, wearables, and portable medical devices.

 

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APPLICATION INSIGHTS
 
Diagnostic & Imaging Systems

Supporting High-Performance System Design

 

Explore connector solutions for MRI, CT, ultrasound, and endoscopic systems, addressing signal integrity, noise control, and dense system integration.

 

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APPLICATION INSIGHTS
 
Wearable Medical Devices

Enabling Compact, Always-On Designs

 

Connector solutions supporting miniaturization, low-power operation, and reliable performance in wearable sensors, hearing aids, and smart health devices.

 

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APPLICATION INSIGHTS
 
Surgical Robotics

Precision & Reliability in Motion

 

Connector solutions supporting precise control, stable signal transmission, and reliable performance across robotic systems, instruments, and vision systems.

 

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CONNECTOR SERIES
 

Advanced Medical Connectors

Precision Connectors for Medical Innovations

 

Explore connector solutions that address size, signal, and reliability demands in next-gen medical equipment.

SELECT YOUR MEDICAL CONNECTOR

 

MEDICAL CONNECTOR DESIGN FAQS

How can connector selection help reduce PCB space in compact medical devices? +
Fine-pitch board-to-board and low-profile FPC/FFC connectors reduce mounting footprint and stacking height. Hybrid connectors integrate power and signal contacts into a single interface, while flexible interconnects provide additional routing options in densely populated medical devices.
How do shielded connectors help maintain signal integrity in medical imaging systems? +
Shielded FPC/FFC, micro-coaxial, and high-speed board-to-board connectors help manage electromagnetic interference (EMI), impedance discontinuities, and signal loss. Grounding, shielding continuity, and connector impedance should be evaluated across the complete transmission channel, particularly in high-speed imaging systems.
What connector features support reliability in continuous-use medical equipment? +
Secure locking mechanisms, multiple contact points, controlled contact force, and appropriate contact plating help maintain connection stability. Engineers should also evaluate mating-cycle ratings, vibration resistance, temperature requirements, and environmental protection based on the device's operating conditions.
How can engineers manage connector misalignment and assembly challenges in compact medical systems? +
Floating board-to-board connectors accommodate specified positional tolerances between PCBs, reducing mechanical stress during assembly. Self-alignment features, reinforced housings, and secure locking mechanisms can also simplify mating and help prevent connector damage in densely packaged systems.

 

RESOURCES

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Engineering Insight
Designing Wearable Connections

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UPS Connector Solutions

Find the Right Connector for Your Medical Design

Explore recommended connector solutions for UPS power, control, monitoring, cooling, and communication.

 

Design Challenges?

Tackling Common Design Hurdles

 
DISCOVER INNOVATIVE SOLUTIONS

Explore key design challenges in today’s innovation landscape, including form factor constraints, power integration, speed, signal integrity, and EMI reduction. Discover innovative solutions and strategies to overcome these obstacles.

FORM FACTOR

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POWER

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SPEED

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EMI

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