- Complex Posture Correction Resolving Scapular Dyskinesis (abnormal scapular motion)
- Clavicle Fractures Joint Instability (e.g. AC joint separation)
- Instantly transforms and corrects body posture.
- Resolves wrong muscle patterning, abnormal scapular motion or scapulothoracic abnormal motion (STAM) i.e. Scapular Dyskinesis, (commonly known as winging shoulder blades and shoulder malfunction).
- Successfully treats all severity of closed clavicle fracture (a broken collarbone that hasn't broken through the surface of the skin).
- Dramatically improves sports performance and reduces incidence of injury.
- Marked improvement in recovery time after strenuous exercise (DOMS).
- Resolves Scapula Syndrome (also called Scapulocostal Syndrome)
- Resolves Acromioclavicular (AC) joint separation grades 1-3 when used within the 10 day inflammatory window.
- An essential adjunct to injury recovery and rehabilitation.
- Managing hyper mobility conditions.
- Successful in managing Scoliosis and degenerative shoulder and spinal conditions including arthritis.
- Use post cortisone and botox directional procedures - proven to successfully repattern muscle motion (available on NHS through surgical budget).
- Aiding rehabilitation and improving recovery time after shoulder and spinal surgery.
- An effective solution where surgery is contra-indicated.
HOW IT WORKS
PATENTED SHOULDER RETRACTION SYSTEM: An integrated shoulder retraction system optimises the biomechanical relationship between the proximal segments (shoulder complex) and the distal foundation (pelvic girdle).
NERVE & BLOOD VESSEL PROTECTION: Anterior high-resistance padding prevents axillary soft tissue impingement and neurovascular compression (brachial plexus and axillary artery/vein) in the underarm region during tensioning.
SCAPULAR CONTROL: Anatomically contoured scapular pads place targeted pressure over the scapulae (shoulder blades), applying a corrective force, securing scapulae to the thorax (chest wall).
FLEXIBLE REINFORCEMENT: Incorporates integrated, flexible orthotic stays positioned anteriorly for thoracic and diaphragmatic elevation, and paravertebrally to support the spine, ensuring unrestricted range of motion.
ANTERIOR & POSTERIOR ASPECTS: Sub-axillary strapping (straps passing under the armpit) apply a controlled, opposing force (equal & opposite) to the anterior and posterior aspects of the brace. This action delivers scapular stabilisation by promoting scapulothoracic approximation and achieving truncal stabilisation.
GILET DESIGN: The gilet-style design's increased surface area coverage enhances bracing efficacy and improves patient acceptance (compliance) by improving the visual profile of the orthotic device.
Once re-patterning and new muscle memory becomes established the brace need only be worn intermittently, thereby, eliminating any risk of dependency on bracing.
✅ The 4DflexiSPORT Fabric Advantage
🔬The 4DflexiSPORT technology is a proprietary, award-winning advancement engineered to maximize clinical compliance and patient comfort by resolving critical limitations of conventional supports.
1. Neuro-Sensory & Repatterning Support
Optimal Neuro-Sensation: The material's unique stretch and structure ensure unimpeded function of surface skin sensory nerves even when the system is under high corrective tension. This directly supports the device's biofeedback and Neuromuscular Repatterning goals.
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Optimal Neuro-Sensation: The material's unique stretch and structure ensure unimpeded function of surface skin sensory nerves even when the system is under high corrective tension. This directly supports the device's biofeedback and Neuromuscular Repatterning goals.
- Lightweight & Supportive: The fabric provides strong, supportive compression while remaining exceptionally lightweight, facilitating natural movement and function.
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Optimal Neuro-Sensation: The material's unique stretch and structure ensure unimpeded function of surface skin sensory nerves even when the system is under high corrective tension. This directly supports the device's biofeedback and Neuromuscular Repatterning goals.
2. Hypoallergenic & Thermo-Regulation
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Neoprene-Free Commitment: Our fabrics are hypoallergenic and polyester-based, completely free from rubber or neoprene. This eliminates the primary source of skin irritation, contact dermatitis, and excessive heat retention common in standard bracing.
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Advanced Thermo-Regulation: The specially developed, high-tech weave provides a sweat-free and ultra-breathable experience. This property facilitates efficient vapor and heat exchange, maintaining natural body warmth while incorporating a cooling element to prevent overheating and ensure superior comfort during continuous, long-term wear.
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Neoprene-Free Commitment: Our fabrics are hypoallergenic and polyester-based, completely free from rubber or neoprene. This eliminates the primary source of skin irritation, contact dermatitis, and excessive heat retention common in standard bracing.
3. Durability & Hygienic Compliance
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Bacteria & Odour Control: The material features inherent bacteria-inhibiting properties, ensuring the device remains odour-free and suitable for long-term use.
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Maintenance: The fabric is machine washable and quick-drying, promoting hygienic compliance and ease of care.
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Surprising and Powerful Links Between Posture and Mood
WHAT IS GOOD POSTURE?
Both Professor Angus Wallace FRCS and Mr Ian Bayley FRCS were instrumental in developing this brace and were two of the famous four who established shoulder surgery as we know it in Britain today.
Professor Angus Wallace FRCS
Mr Ian Bayley FRCS
📋 Clinical Findings & Effectiveness
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Sustained Neuromuscular Benefit: Clinical observation over a 15-year period demonstrates that utilisation of the orthosis for a minimum of two consecutive days significantly improves musculoskeletal alignment and muscle patterning. Post-removal, improved muscle memory and postural retention are observed, though the duration of sustained benefit is variable and dependent upon individual patient factors.
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Rapid Symptom Resolution: Significant resolution of cervical and shoulder musculature tension is typically reported within as little as 20 minutes of wear. Complete resolution of tension may require up to two days, contingent upon the severity and chronicity of the underlying condition.
📋 Diagnostic Utility and Reported Clinical Benefits
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Diagnostic Tool: The system serves as a valuable diagnostic adjunct, particularly in cases of non-specific or referred pain (e.g., unexplained chronic hip pain).
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Case Example: In one observed case of chronic pain, resolution of primary symptoms unmasked an underlying, previously undiagnosed condition: Scapular Dyskinesis. This debilitating condition, often unrecognized in the general population, now benefits from a successful non-invasive treatment protocol using the orthosis, ideally in conjunction with physical therapy.
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Pain Management: The device is recognized to assist in the alleviation of lumbosacral and sciatic nerve discomfort and may contribute to the prevention of associated neuropathy (sciatica).
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Pulmonary Function: Improved pulmonary mechanics and enhanced respiratory function have been reported. Patients with Chronic Obstructive Pulmonary Disease (COPD) have noted clinical benefit, leading to documented reductions in prescribed corticosteroid inhaler dependence.
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Muscular Recovery: Use of the orthosis can enhance recovery kinetics, resulting in an improved recovery time for Delayed-Onset Muscle Soreness (DOMS).
ALL CLAIMS ARE BACKED BY CLINICAL DATA COMPILED BY MEDICAL PROFESSIONALS OVER A PERIOD OF FIFTEEN YEARS |
🔬 Biomechanical Rationale for Postural Support
The position of the scapulothoracic girdle profoundly influences overall spinal and shoulder kinematics.
The scapula possesses a relatively low density of mechanoreceptors compared to other joints. Consequently, the proprioceptive feedback—the mechanism by which the Central Nervous System (CNS) perceives the precise spatial orientation and position of the scapula—is often limited or compromised. This deficit results in poor kinesthetic awareness of the shoulder complex relative to the trunk.
Exacerbating Factors
This inherent proprioceptive deficit is exacerbated by several modern lifestyle and demographic factors that contribute to postural dysfunction:
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Prolonged Sedentary Postures: Extended periods of thoracic flexion and cervical strain (e.g. prolonged use of digital devices and computers) lead to muscle imbalances and soft tissue adaptations that promote a kyphotic posture.
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Musculoskeletal Fatigue: General systemic fatigue diminishes muscle tone and endurance, further compromising the ability of the axial and appendicular musculature to maintain proper orthostatic alignment.
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Evolutionary and Anthropometric Demands: Increases in human stature across generations and extended lifespan place cumulative, complex loading demands on the musculoskeletal system, accelerating age-related postural deviations and increasing the necessity for external orthotic stabilisation to mitigate chronic postural collapse.
These convergent factors demonstrate the high prevalence and necessity of external support in achieving and maintaining optimal postural alignment across the population.
Speak to our product specialist on 07968510452.
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ACCREDITED BY LEADING SURGEONS AND PRACTITIONERSSuitable for shoulder and spinal injury rehabilitation, pre and post-surgery use. |
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Example of Scapular Dyskinesis (Winging Scapular)
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