Home Industrial Equipment Positioning Inductor Coil

Navigation Positioning Inductor Coil for Endoscope Probe Localization System

Name: Navigation Positioning Inductor Coil for Endoscope Probe Localization System
Availability: InStock

This navigation positioning inductor coil is a miniature coil used to guide and position the endoscope probe precisely inside the human body. It is designed for endoscope probe navigation and positioning systems. It utilizes force and directional information generated by an electromagnetic field to achieve precise positioning of the endoscope probe.

Product Advantages:

Precise Positioning: Provides accurate location tracking for endoscope probes inside the body.
Real-time Navigation: Monitors probe movement in real time for precise navigation assistance.
Non-invasive Design: Achieves navigation without additional external devices or tools.
Easy Operation: Simple structure and convenient for doctors to use and operate.

Customization type: Customization

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Positioning Inductor Coil

Solution

Performance Parameters

Structural Dimensions

Fully customized

Application Length

According to customer application requirements

Temperature Range

-20°C~80°C

EMC Requirements

Meets the equipment EMC requirements

Bending Resistance

Designed according to the application scenario and lifespan requirements of the device

Flame Retardant Rating

HB/V5/V2/V1/V0 (as per customer requirements)

Environmental Protection Level

RoHS 2.0/REACH (as per customer requirements)

Lifespan Count

Repeatable (as per customer requirements)

Packaging

Individually packaged in blister packs (as per customer requirements)

Remark

Product Application Scenarios

Electromagnetic Navigation & Localization

📍 Medical Endoscopy Navigation: Designed for endoscopy systems to guide and locate the exact position of the probe inside the body.
🩺 Electromagnetic Tracking: Utilizes electromagnetic field data for sub-millimeter precision tracking of instrument tips.
🛡️ Interventional Medical Devices: Integrated into miniature interventional tubes to provide real-time feedback in complex anatomy.