Reducing Muscle Guarding in Orofacial and Cervical Presentations
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For Clinics & Retailers
Where Pocket Physio Fits In Clinical Care
A sensory modulation tool used to reduce muscle guarding and help patients transition into movement, treatment, or everyday function.
The device operates within a frequency range known to stimulate cutaneous and deep mechanoreceptors, influencing sensory input to the nervous system and muscle tone.
Give patients a simple way to calm their system when tension takes over.
Help patients move with more confidence and less resistance.
Support patients to enjoy everyday moments — like eating comfortably again.
Help patients settle into treatment to experience comfort in your care.
Give patients a simple way to calm their system when tension takes over.
Patient-controlled relief between sessions
Pocket Physio enables patients to support themselves quickly and conveniently at home or between appointments.
Quick operation and soothing and relieving sensations support self-management strategies and adherence to prescribed home programs.
Pocket Physio integrates seamlessly as an adjunct to existing clinical interventions, supporting continuity of care beyond the clinic.
Help patients move with more confidence and less resistance.
From Muscle Guarding to Movement Readiness
Used briefly before jaw or cervical exercises to reduce protective muscle activity.
• prepares the system for rehabilitation
• improves tolerance to movement and loading
Support patients to enjoy everyday moments — like eating comfortably again.
Functional Preparation and Graded Exposure
Applied before activities that normally provoke tension or discomfort.
• eating
• speaking for long periods
• dental procedures
• prolonged mouth opening
Aiming to support a gradual return to normal jaw function and an improved quality of life.
Help patients settle into treatment to experience comfort in your care.
Adjunct Across Clinical and Procedural Care
Pocket Physio can be applied briefly when muscles are highly guarded or sensitive before clinical examination, manual therapy, or dental procedures.
• provides a non-threatening mechanical stimulus
• may reduce protective muscle guarding
• can improve tolerance to touch or treatment
• useful when patients present with high muscle tension or sensitivity
The Clinical Challenge
When The System Is Stuck In Protection
Many patients leave the clinic understanding that stress or tension contributes to their symptoms, but without a simple way to calm the system during the day.
Pocket Physio was developed to help bridge that gap.
The Clinical Challenge
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The Science Behind Vibration
Segmental Sensory Modulation (Gate Control)
Sensory Input & Muscle Spindle Engagement
Central Modulation & Sensorimotor Integration
How It Works
Localised vibration stimulates low-threshold mechanoreceptive afferents (Aβ fibres) in cutaneous and deep tissues. Increased non-nociceptive afferent input can interact with inhibitory interneuron networks involved in segmental sensory processing, influencing transmission of nociceptive signals at spinal and brainstem levels.
Rather than acting on tissue structure, these effects reflect modulation of sensory processing within the nervous system and are influenced by stimulus parameters and individual neurophysiological state.
Clinical Evidence
Melzack & Wall (1965) – Gate control theory
Melzack & Wall (1982) – Supraspinal modulation refinements
Lundeberg et al. (1984) – Clinical observations of vibratory analgesia
Casale et al. (2022) – Systematic review describing multiple mechanisms of vibration analgesia
In Your Practice
• Consider when heightened sensitivity or protective guarding limits tolerance to touch or movement
• May be used before movement, manual interaction, or procedural contact
• Integrated as part of broader biopsychosocial care strategies
How It Works
Focal vibration can activate muscle spindle afferents, particularly primary Ia and secondary II endings, which are sensitive to changes in muscle length and rate of stretch. Increased afferent discharge during vibration can influence spinal reflex excitability and proprioceptive signalling within sensorimotor pathways.
These responses are described in neurophysiology as the tonic vibration response and reflect modulation of sensorimotor integration rather than direct mechanical effects on muscle tissue.
Clinical Evidence
Roll et al. (1989) – Microneurographic evidence of muscle spindle activation during vibration
Romaiguère et al. (1993) – Modulation of motor unit recruitment and stretch reflex behaviour
Albert et al. (2006) – Vibration-induced changes in motor output and sensorimotor processing
Barrero-Curiel et al. (2019) – Review of vibration effects on proprioceptive and sensorimotor pathways
In Your Practice
• Consider when altered proprioceptive input or protective muscle tone affects movement quality
• May be used prior to mobility, motor control, or graded loading tasks
• Short exposures can support preparation phases before exercise or functional activity
How It Works
Repeated rhythmic sensory input from localised vibration can influence supraspinal processing within somatosensory and sensorimotor networks. Neurophysiological responses appear to reflect activity-dependent modulation of sensory integration and motor output rather than structural tissue change.
These effects are influenced by stimulus characteristics, task context, and the baseline state of the nervous system.
Clinical Evidence
Kolbaşi et al. (2022) – Neuroimaging evidence of altered cortical activation following localised vibration
Casale et al. (2022) – Systematic review supporting multi-level sensory modulation mechanisms
In Your Practice
• Useful as a demonstration tool during pain neuroscience education and sensory awareness training
• May support graded exposure strategies when movement confidence or sensory predictability is reduced
• Can be integrated into structured home strategies under clinician guidance
CLINICIAN APPROVED
How Clinics Work With Pocket Physio
Stock in Clinic
- Offer Pocket Physio directly to patients following assessment or treatment.
• immediate access for patients who benefit from it
• suitable for physiotherapy and multidisciplinary clinics
• wholesale clinic pricing available
Demonstrate and Refer
- Keep a demonstration unit in your treatment room and refer patients to purchase online.
• deal for dentists and specialists who prefer not to sell products
• patients purchase directly via the website
• flyers, referral cards and prescription pads available
Affiliate Referral
- For clinicians who frequently recommend Pocket Physio.
• patients receive a 10% discount
• clinicians receive a 10% referral credit
• no stock or administration required
Physiotherapist Approved
Designed & Used by Industry Professionals
Elena, Founder - MPhty MSK & Sports (UniSA)
"Born out of a clinical need."
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Ready to Stock Pocket Physio®?
Speak with our team about wholesale pricing, training, or how Pocket Physio® fits your practice.
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Your FAQs, Answered
Pocket Physio® uses precise 40Hz mechanical oscillation, a modality well-researched in physiotherapy for:
- Sensory modulation via Pacinian/Meissner corpuscles (Gate Control theory)
- Muscle tone regulation through muscle spindle feedback
- Nervous system calming when combined with breathwork
It’s an ARTG-registered medical device designed by a physiotherapist with 25 years of clinical experience, including 10+ years of integrating vibration therapy into practice.