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Find how smart anti-snore pillow works

How does Nitetronic Anti-Snore Pillow work image

Introduce Nitetronic Anti-Snore Pillow

Nitetronic Smart Anti Snore Pillow is equipped with MEMS sensors to monitor snoring and 6 flexible air chambers and 6 inductive position sensors to guide the head into a side-sleeping position. With advanced noise reduction and 10 years of AI algorithm validation, you will enjoy a snore-free and peaceful sleep.

Why Snoring Occurs?

When we fall sleep, our laryngeal muscles relax and the soft tissues in the upper airway collapse due to gravity, leading to an obstruction in the airway. This obstruction is particularly severe when lying down, resulting in snoring as the airflow struggles to pass through the blocked airway.

Nitetronic Snoring Image

Airway obstructed, snoring starts.

Turn head, open airway, reduce snoring.

How Nitetronic Smart
Anti-Snore Pillow Works

Snoring Detected

Head Position Detected

Airbag Inflated

Turn the Head to the Side Gently

Airway Cleared

Snoring Intervened

Clinical Studies

Clinical trials at the University ENT Clinic Mannheim in Germany have shown that using the Nitetronic Smart Anti-Snore Pillow can reduce or eliminate snoring by approximately 67%.

40%

reduction in mild to moderate OSA-AHI

67%

reduction in snore time with snoring pillow

50%

reduction in AHI in posture-dependent patients

Test of German users (2013)

Field Test Description

In a study of 157 participants (142 men and 15 women; average age 54±9.6 years), a significant reduction in snoring was observed. The amount of snoring time during the total recording time with the pillow deactivated decreased from an average of 48±17% to 16±9% when the pillow was activated, which represents an improvement of 67±14%.

ENT Clinic Of Mannheim, Heidelberg University, Germany (2014)

Clinical Research Description

The study sample consisted of 22 test subjects (4 ♀, 18 ♂), aged 18-78 years, with BMI ≤ 30 kg/㎡, two of whom withdrew from the test for personal reasons, leaving 20 subjects. 14 days of continuous observation, the first 7 days of inactivation and the last 7 days of activation of the stop-snoring function. The lower the score, the less the snoring.

67% Reduction in Snoring on Average Image

67% Reduction in Snoring on Average

Test of German users (2013)

  • Number of people tested: 157.
  • The environment for testing: home.
  • People use Nitetronic pillows for 2 nights and do not use Nitetronic pillows for 2 nights.
Significantly Rduced Snoring P < 0.03 Image

Significantly Rduced Snoring P < 0.03

ENT Clinic Of Mannheim, Heidelberg University, Germany (2014)

  • Don't cause microarousal.
  • Don't cause poor sleep parameters.
  • Don't change the sleeping position on the back.

67% Reduction in Snoring on Average

Test of German users (2013)

  • Number of people tested: 157.
  • The environment for testing: home.
  • People use Nitetronic pillows for 2 nights and do not use Nitetronic pillows for 2 nights.

Significantly Rduced Snoring P < 0.03

ENT Clinic Of Mannheim, Heidelberg University, Germany (2014)

  • Don't cause microarousal.
  • Don't cause poor sleep parameters.
  • Don't change the sleeping position on the back.
67% Reduction in Snoring on Average ImageSignificantly Rduced Snoring P < 0.03 Image
Pillow Activation Experiment

Pillow Activation Experiment

Activated anti-snore pillow reduces snoring by 67±13.9% (p<0.01) compared to 48±16.7% when inactive.

Bedmate Questionnaire Survey

After using the anti-snoring function, the snoring of bedmates significantly decreased, with the average decreasing from 2.8 to 1.9.

Bedmate and Self-evaluation

The bedmate evaluation scale shows that snoring significantly decreased after using the anti-snoring function (p<0.001).

Sleep Posture Impact

Sleep Posture Impact

The anti-snoring function does not cause changes in the (whole-body) sleep posture, only the head movement.

"Head Position, separately from trunk position, is an additionally important factor for the occurrence of apnea in obstructive sleep apnea (OSA) patients."

Quantitative Effects of Trunk and Head Position on the Apnea Hypopnea Index in Obstructive Sleep Apnea.

- Ellen R. van Kesteren BSC,Nico de Vries, MD, PhD

"Head Position, separately from trunk position, is an additionally important factor for the occurrence of apnea in obstructive sleep apnea (OSA) patients."

Quantitative Effects of Trunk and Head Position on the Apnea Hypopnea Index in Obstructive Sleep Apnea.

- Ellen R. van Kesteren BSC,Nico de Vries, MD, PhD

"A Quantum Advance in PSG Recordings: The Importance of Head Position in Mediating the AHI."

Commentary on van Kesteren et al. Quantitative effects of trunk and head position on the apnea hypopnea index in obstructive sleep apnea.

- Richard J. Schwab, MD

"A Quantum Advance in PSG Recordings: The Importance of Head Position in Mediating the AHI."

Commentary on van Kesteren et al. Quantitative effects of trunk and head position on the apnea hypopnea index in obstructive sleep apnea.

- Richard J. Schwab, MD

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Frequently Asked Questions

Check out the questions that our customers typically have. Still have questions? Contact our customer support team for further assistance.

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