Piezo Snore Sensor for PSG1100, Cadwell & Compumedics Sleep Systems
This professional piezo snore sensor delivers precise snoring vibration detection for polysomnography (PSG) sleep studies. Adopting stable piezoelectric sensing technology, it accurately captures snoring and respiratory vibration signals, converting them into readable electrical signals for mainstream sleep diagnostic equipment.
Specially engineered for sleep lab use, this vibration-based snore sensor works perfectly with PSG1100, Cadwell and Compumedics 802 PSG platforms, ensuring reliable data recording during overnight monitoring and clinical sleep research.
High-Sensitivity Piezo Snoring Detection
Different from microphone-type sensors, the piezo snore sensor focuses on physical vibration capture, reducing ambient noise interference for cleaner clinical signals.
- High-sensitivity piezo vibration detection technology
- Anti-interference design for stable, clear snoring signal output
- Continuous reliable performance for overnight sleep studies
- Precise capture of snoring and airway respiratory vibration events
Ideal for professional PSG diagnosis, it maintains stable signal output in long-duration sleep monitoring scenarios.
Wide Compatibility with Mainstream PSG Platforms
This universal piezo snore sensor is built to match commonly deployed polysomnography devices in global sleep laboratories.
- Perfectly compatible with PSG1100 sleep monitoring systems
- Fits Cadwell clinical PSG diagnostic equipment
- Works with Compumedics 802 and Compumedics sleep study systems
- Stable signal transmission and seamless PSG workflow integration
Comfortable & Easy Placement
Designed for patient comfort and clinical convenience during long-term sleep testing.
- Ultra-lightweight and compact sensor body
- Non-intrusive for comfortable overnight monitoring
- Quick fixation with standard medical tape
- Anti-slip positioning to ensure stable capture during sleep
The sensor is commonly attached near the throat or trachea to accurately detect snoring-related vibrations.
Clinical Applications
Piezo snore sensors are essential auxiliary accessories for sleep diagnosis and respiratory assessment:
- Polysomnography (PSG) overnight sleep studies
- Obstructive Sleep Apnea (OSA) screening & evaluation
- Hospital and independent sleep laboratory monitoring
- Upper respiratory vibration and snoring analysis
- Neuroscience and clinical sleep research
Technical Specifications
| Parameter | Specification |
|---|---|
| Sensor Type | Piezoelectric / Piezo snore sensor |
| Core Application | PSG sleep monitoring & snoring analysis |
| Detected Signal | Snoring vibration & respiratory vibration |
| Placement Area | Throat / trachea surface |
| Compatible Devices | PSG1100, Cadwell, Compumedics 802 PSG systems |
Request a Quote or Ask a Question
Source high-quality piezo snore sensors for PSG1100, Cadwell and Compumedics systems. We provide cost-effective replacement sensors and bulk solutions for sleep labs, hospitals and global distributors.
- Cross-brand PSG system compatibility
- Clinical-grade stability for daily sleep testing
- Bulk wholesale, custom OEM & private labeling available
- Short lead time and stable mass supply
Frequently Asked Questions (FAQ)
What is a piezo snore sensor?
A piezo snore sensor uses piezoelectric technology to detect physical vibrations caused by snoring and breathing, avoiding ambient noise interference and delivering more targeted data for PSG sleep studies.
Where to place a piezo snore sensor?
The sensor is affixed near the patient’s throat or trachea to capture subtle vibration changes caused by snoring and airway movement during sleep.
Is this sensor compatible with Cadwell and Compumedics?
Yes. This piezo snore sensor is fully adapted to PSG1100, Cadwell, and Compumedics 802 polysomnography devices, plug-and-play for clinical use.
Why use a piezo vibration snore sensor for PSG?
Vibration-based piezo sensors effectively filter background noise, helping clinicians accurately judge snoring severity and diagnose obstructive sleep apnea and sleep-disordered breathing.
