Low-frequency sound stimulation was associated with improvements in reported pain intensity and daily function.

BMJ Open Scoping Review (2022)

A review of adult pain studies found vibroacoustic methods to be well tolerated and reported potential benefits, while emphasizing the need for larger controlled trials.

Metodo Frequency® Case Report (Dr. Giovanni Peduto)

This case report documented changes in perceived discomfort related to ovulation, dysmenorrhea, and PCOS symptoms following vibrotactile stimulation.

Post-Herpetic Neuralgia Case Report (2021)

Vibroacoustic stimulation was associated with changes in reported nerve-related discomfort, mood, and sleep quality in an individual case.

Ehlers-Danlos Syndrome Pilot Study (2020)

Participants reported decreased pain interference and improved sleep following vibroacoustic sessions.

Pilot RCT in students

Vibroacoustic stimulation was associated with shifts in HRV toward greater parasympathetic balance, suggesting a potential calming effect.

EEG/ECG relaxation signatures (2024)

Low-frequency stimulation showed measurable physiological markers associated with relaxation.

Insomnia and fMRI connectivity changes (2024)

Vibroacoustic stimulation was associated with changes in sleep measures and altered functional connectivity patterns.

Closed-loop vibration (2024)

In this study, participants with sleep difficulties showed improvements in both subjective and objective indicators of sleep quality.

Mechanical bed with sleep-inducing vibration

Low-frequency vibration was evaluated in a mechanical bed setup; early findings suggested potential for easier sleep onset in some participants.

Vibroacoustic Stimulation and Emotion Regulation in Autism

Early exploratory research has examined how low-frequency vibroacoustic stimulation may relate to attention and emotion-regulation processes in autistic children. (Mixed-methods pilot, Healthcare, 2025.)

Tactile Processing and Sleep in Autism Spectrum Disorder

This study investigated the relationship between tactile sensory processing and sleep quality in individuals with ASD, informing research on complementary interventions.

Wearable Vibrotactile Stimulation in ASD

Preliminary findings explored user-acceptance and short-term responses to wearable low-frequency stimulation devices in ASD contexts.

Vibroacoustic Approaches in Parkinson's Research

Exploratory research examines how low-frequency stimulation may affect motor and mood-related outcomes in Parkinson's disease.

Coordinated Vibrotactile Stimulation Studies

Small-scale studies have investigated the potential of vibrotactile stimulation to support rhythm perception and movement coordination.

Binaural and Acoustic Stimulation Research

Research examines combined auditory and tactile stimulation protocols for potential adjunctive benefits in Parkinson's care.

Vibrotactile Stimulation and Sleep Power Topography in ADHD

Study examined low-frequency vibrotactile stimulation and its relationship to EEG sleep power topography in ADHD populations.

Low-Frequency Stimulation in ADHD Research

Early research into low-frequency sound stimulation and its potential role in focus and sensory-regulation contexts.

Science

you can feel

Introduction

We’ve always known that the potential of Woojer's technology extends far beyond entertainment. After gathering feedback from hundreds of thousands of Woojer users worldwide, we decided to take it a step further. While Woojer products provide incredible immersive experiences, we’ve consistently seen impressive wellness use cases that demonstrate the transformative power of sound frequencies. This inspired us to take a deeper look at the science behind haptic wellness.

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Disclaimer: Woojer products are not medical devices and are not intended to diagnose, treat, cure, or prevent any disease. The information provided is based on user experiences and preliminary, general studies, and should not be construed as medical advice.

Vibrotactile / vibroacoustic technology uses low-frequency sound (typically ~20–100 Hz) delivered to the body to stimulate mechanoreceptors and support relaxation. Research explores its potential effects on the nervous system and bodily perception.

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Beyond Entertainment

The videos below discuss general research or individual experiences related to low-frequency vibroacoustic methods. They do not reflect product-specific claims for any Woojer product. Woojer MAT is a consumer wellness device, not a medical device, and it is not intended to diagnose, treat, cure, or prevent any medical condition, including autism, ADHD, Parkinson’s, chronic pain, or any other health-related issue. Individual experiences vary and should not be interpreted as medical advice.

A somatic experience.

Woojer's vibrotactile technology uses low-frequency sound to create vibrations your body can feel. General research explores potential benefits such as easing discomfort, supporting relaxation, and promoting sleep quality, though further large-scale studies are needed. Emerging research also examines its potential role in various wellness and sensory-related contexts.

from: $999.00

or $249.75/mo with 4 installments

Ships in 2 business daysShips from the US

Risk-Free: 30-Day Money-Back
12-Month Warranty · Limited Supply

What Is Vibrotactile (Vibroacoustic) Therapy?

Pain
Relief

Fibromyalgia Study: Low-frequency sound stimulation was associated with improvements in reported pain intensity and daily function.
BMJ Open Scoping Review (2022): A review of adult pain studies found vibroacoustic methods to be well tolerated and reported potential benefits, while emphasizing the need for larger controlled trials.
Metodo Frequency® Case Report (Dr. Giovanni Peduto): This case report documented changes in perceived discomfort related to ovulation, dysmenorrhea, and PCOS symptoms following vibrotactile stimulation.
Post-Herpetic Neuralgia Case Report (2021): Vibroacoustic stimulation was associated with changes in reported nerve-related discomfort, mood, and sleep quality in an individual case.
Ehlers–Danlos Syndrome Pilot Study (2020): Participants reported decreased pain interference and improved sleep following vibroacoustic sessions.

Pilot RCT in students: Vibroacoustic stimulation was associated with shifts in HRV toward greater parasympathetic balance, suggesting a potential calming effect.
EEG/ECG relaxation signatures (2024): Low-frequency stimulation showed measurable physiological markers associated with relaxation.
Effects of Vibroacoustic Stimulation on Psychological, Physiological, and Cognitive Stress: Participants demonstrated reductions in self-reported stress and associated physiological measures following vibroacoustic sessions.

Stress
Relief

Sleep
Quality

Insomnia and fMRI connectivity changes (2024): Vibroacoustic stimulation was associated with changes in sleep measures and altered functional connectivity patterns.
Closed-loop vibration (2024): In this study, participants with sleep difficulties showed improvements in both subjective and objective indicators of sleep quality.
Mechanical bed with sleep-inducing vibration: Low-frequency vibration was evaluated in a mechanical bed setup; early findings suggested potential for easier sleep onset in some participants.

Dr. Peduto

Dr. Giovanni Peduto is an Italian kinesiologist known for exploring low-frequency vibroacoustic methods through his Metodo Frequency™ approach. His work examines how sound-based stimulation may support relaxation, comfort, and somatic awareness. In some exploratory sessions, he has incorporated Woojer devices into his broader interest in vibroacoustic tools. His findings reflect his own professional observations and experience rather than formal clinical trials.

Beyond Wellness

Emerging Applications

Autism

Vibroacoustic Stimulation and Emotion Regulation in Autism: Early exploratory research has examined how low-frequency vibroacoustic stimulation may relate to attention and emotion-regulation processes in autistic children. (Mixed-methods pilot, Healthcare, 2025.)
Tactile Processing and Sleep in Autism Spectrum Disorder: This study investigated the relationship between tactile sensory processing and sleep quality in individuals with ASD, informing research on complementary interventions.
Wearable Vibrotactile Stimulation in ASD: Preliminary findings explored user-acceptance and short-term responses to wearable low-frequency stimulation devices in ASD contexts.

Parkinson’s

Vibroacoustic Approaches in Parkinson's Research: Exploratory research examines how low-frequency stimulation may affect motor and mood-related outcomes in Parkinson's disease.
Coordinated Vibrotactile Stimulation Studies: Small-scale studies have investigated the potential of vibrotactile stimulation to support rhythm perception and movement coordination.
Binaural and Acoustic Stimulation Research: Research examines combined auditory and tactile stimulation protocols for potential adjunctive benefits in Parkinson's care.

ADHD

Vibrotactile Stimulation and Sleep Power Topography in ADHD: Study examined low-frequency vibrotactile stimulation and its relationship to EEG sleep power topography in ADHD populations.
Low-Frequency Stimulation in ADHD Research: Early research into low-frequency sound stimulation and its potential role in focus and sensory-regulation contexts.

Why Woojer Is Different

Precision frequencies: Tuned for low-frequency ranges widely explored in vibroacoustic research.
Full-body resonance: A MAT design that delivers evenly distributed, deeply immersive sensations.
Low latency, high fidelity: Ultra-smooth synchronization between sound and vibration for a seamless experience.
Used in exploratory settings: Wellness professionals and researchers worldwide have shown interest in Woojer for exploratory use.

Transparency & Ongoing Research

Woojer follows developments in vibroacoustic research and may collaborate with independent researchers exploring how low-frequency stimulation may influence comfort, stress, and sleep.

Woojer products are consumer wellness devices and are not intended to diagnose, treat, cure, or prevent any medical condition.

Individuals with specific health conditions, pregnant women, or those using implanted medical devices (e.g., pacemakers) should consult a physician before use.

References

1. Naghdi L, Ahonen H, Macario P, Bartel L. The effect of low-frequency sound stimulation on patients with fibromyalgia: A clinical study. Pain Research & Management. 2015. Link

2. Kantor J, et al. Exploring vibroacoustic therapy in adults experiencing pain: A scoping review. BMJ Open. 2022;12:e046591. Link

3. Kantor J, et al. Effect of low-frequency sound vibration on acute stress response in university students — Pilot RCT. Frontiers in Psychology. 2022. Link

4. Zabrecky G, et al. An fMRI study of vibroacoustic stimulation in insomnia: Functional connectivity and sleep. Advances in Preventive Medicine. 2020. Link

5. Kwon HB, et al. Effect of closed-loop vibration stimulation on sleep quality for poor sleepers. Frontiers in Neuroscience. 2024. Link

6. Fooks C, et al. Effects of vibroacoustic stimulation on psychological, physiological, and cognitive stress. Sensors. 2024. Link

7. Park J, et al. Effects of rhythmic sensory stimulation in Ehlers–Danlos syndrome: Pilot. Medicine (Baltimore). 2020. Link

8. Wang X, et al. Low-frequency sound stimulation greatly improved refractory postherpetic neuralgia: Case report. Annals of Palliative Medicine. 2021. Link

9. Leuk JSP, Low LLN, Teo WP. An overview of acoustic-based interventions to improve motor symptoms in Parkinson’s disease. Frontiers in Aging Neuroscience. 2020. Link

10. Moore J, Farquharson K, Lotter C. “Grooving in My Body”: A mixed-methods pilot of vibroacoustic methods in autistic children. Healthcare (Basel). 2025;13(5):465. Link

11. Peduto G. Metodo Frequency®: Haptic sensory vibration for painful ovulation and dysmenorrhea (case report). Gynecology & Obstetrics Open Access. 2024. Link

12. Woojer Blog. “All Things Immersive: The Metodo Frequency™” — Interview with Dr. Giovanni Peduto. Link

Several items above are case reports or pilots. They point to promising research directions but do not replace large, controlled studies. Findings relate to general vibroacoustic methods and should not be interpreted as evidence for specific outcomes with Woojer products.