Body Position Sensor for Natus & Cadwell Easy III PSG Systems
This medical-grade body position sensor is engineered for polysomnography (PSG) sleep monitoring, featuring dual compatibility with Natus and Cadwell Easy III PSG diagnostic platforms. It continuously captures real-time sleep posture and angle changes throughout overnight testing, converting body position shifts into reliable electrical signals for accurate recording, playback and clinical analysis.
As an essential universal accessory for multi-brand sleep laboratories, this posture sensor helps medical teams evaluate the correlation between sleeping posture, airflow limitation and respiratory events, supporting precise diagnosis of position-dependent obstructive sleep apnea.
Accurate Continuous Sleep Position Monitoring
Stable high-sensitivity induction ensures consistent posture detection without data loss or signal interruption.
- Precise real-time monitoring of sleeping body posture
- Full detection of supine, prone, left and right lateral sleeping positions
- Low-noise reliable signal output for mainstream PSG recording systems
- Durable stable performance for long overnight sleep studies
Complete posture data enables clinicians to identify posture-triggered apnea and hypopnea, laying a foundation for personalized sleep disorder treatment plans.
Universal Compatibility with Natus & Cadwell
Custom calibrated parameters and universal interface design adapt to two mainstream PSG device brands.
- Fully compatible with Natus PSG monitoring systems
- Seamless adaptation for Cadwell Easy III PSG equipment
- Stable anti-interference signal transmission during sleep studies
- Fast setup and easy integration into daily PSG diagnostic workflows
Lightweight & Patient-Friendly Placement
Ergonomic mini structure reduces foreign body sensation and will not affect natural sleep quality.
- Ultra-lightweight and compact sensor housing
- Non-invasive design for comfortable overnight monitoring
- Simple, secure attachment to thoracic respiratory effort belts
- Anti-slip fixed design to prevent displacement during sleep
Core Clinical Applications
- Polysomnography (PSG) overnight sleep studies
- Obstructive Sleep Apnea (OSA) and position-related breathing evaluation
- Long-term sleep posture tracking and airflow pattern analysis
- Comprehensive diagnostics in mixed-equipment sleep laboratories
- Professional clinical sleep research and respiratory data analysis
Technical Specifications
| Parameter | Specification |
|---|---|
| Sensor Type | Sleep body position sensor |
| Application | Natus & Cadwell Easy III PSG sleep monitoring |
| Detection Function | Multi-angle sleep body position detection |
| Placement | Attached to thoracic respiratory effort belt |
| Compatibility | Natus / Cadwell Easy III PSG systems |
Request a Quote or Ask a Question
Shop reliable body position sensors for Natus and Cadwell Easy III. We supply universal dual-brand PSG posture sensors for sleep labs, medical institutions and global distributors, with bulk pricing and OEM support.
- Dual compatibility with Natus & Cadwell Easy III
- Clinical-grade stability for repeated daily PSG use
- Bulk supply, customized specs and OEM services available
- Global shipping and stable inventory support
Frequently Asked Questions (FAQ)
What is this body position sensor used for?
This universal sensor records real-time sleep posture during PSG studies, capturing supine, lateral and prone positions to help doctors analyze how sleeping position impacts breathing and airflow.
Does it work with Cadwell Easy III?
Yes. This body position sensor is specially calibrated to support Cadwell Easy III PSG as well as Natus systems, perfect for multi-device sleep centers.
Why use dual-brand compatible PSG sensors?
Universal dual-system compatibility simplifies procurement, reduces inventory costs, and maintains unified high-quality posture monitoring for mixed Natus and Cadwell equipment.
How to install the Natus & Cadwell position sensor?
The lightweight sensor attaches easily to the chest respiratory effort belt, with secure fixation, no breathing restriction, and no impact on patient sleep comfort.
