Pediatric
Scoliosis Bracing
Corrective and nocturnal bracing designed from full-torso 3D data.
What it addresses
Early identification and a well-structured bracing strategy play a critical role in influencing long-term outcomes in scoliosis management. For healthcare teams managing pediatric and adult spinal conditions, access to precise, data-driven bracing solutions supports consistent curve control, improved patient compliance, and better functional mobility.
Key Benefits
- Curve-specific correction
- Low-profile daytime designs
- Nocturnal bracing options
- Comfort for compliance
How it's made
3D Scan
High-resolution capture of the patient's anatomy — no plaster casting.
CAD/CAM Design
Engineers refine geometry, alignment and material zones digitally.
In-House Fabrication
3D printed or milled, then hand-finished by certified technicians.
Fit & Approval
Digital and clinical fit verification before final delivery.
Clinical Foundations
Institutional Scope & Biomechanics
Early identification and a well-structured bracing strategy play a critical role in influencing long-term outcomes in scoliosis management. For healthcare teams managing pediatric and adult spinal conditions, access to precise, data-driven bracing solutions supports consistent curve control, improved patient compliance, and better functional mobility.
Scoliosis is a three-dimensional spinal deformity characterized by lateral curvature, vertebral rotation, and postural asymmetry. It is commonly identified during late childhood or adolescence, particularly during growth spurts, but may also develop or progress in adulthood.
At Quantum Medical, we partner with orthopaedic surgeons, pediatric specialists, and rehabilitation teams to deliver advanced CAD/CAM-engineered scoliosis braces that combine anatomical accuracy with comfortable, lifestyle-compatible designs.
Core Engineering Focus
Understanding Scoliosis & Bracing Principles
Scoliosis bracing is recommended when there is a risk of curve progression or functional compromise. Early clinical assessment and data-driven pad placement are essential for controlling three-plane deformity.
Clinically Supports Recovery By
- Adolescent Idiopathic Scoliosis (AIS) active growth phase curve control
- Congenital Scoliosis support for vertebral malformations
- Neuromuscular Scoliosis trunk stabilization (CP, Muscular Dystrophy, SMA)
- Degenerative Adult Scoliosis alignment & pain reduction
- Kyphoscoliosis & combined hyperkyphosis posture correction
Protocol Benefits
- Full-torso 3D volumetric optical scanning (no radiation)
- CAD/CAM pad & expansion void placement based on Rigo-Chêneau classification
- Daytime low-profile breathable braces for school & activity wear
- Recumbent hyper-corrective nighttime braces for maximal compliance
- Integration with Schroth method & scoliosis-specific physical therapy
Spinal Orthotic Systems for Clinical Practice
Custom Scoliosis Bracing Systems
3-Plane Curve Correction & Recumbent Options
Daytime Scoliosis Braces
Designed for extended daily wear, providing pattern-specific three-plane correction using CAD-designed pad and relief placement. Available in lightweight 3D-printed lattices.
Nighttime Scoliosis Braces
Applies high-magnitude corrective forces in recumbent sleeping positions, improving tolerance and compliance, particularly for adolescents.
Rigid & Semi-Rigid Spinal Orthoses
Rigid braces for scoliosis, kyphosis, and lordosis, alongside semi-rigid chairback orthoses and Raney flexion jackets.
Institutional Care
Collaborative Support for Clinical Teams
Quantum Medical works as an extension of your clinical team, supporting consistent decision-making, accurate brace delivery, and coordinated follow-up throughout the treatment cycle.
Quantum Medical Supports Institutional Teams Through:
Our approach is designed to integrate seamlessly into hospital, clinic, and rehabilitation workflows, ensuring bracing solutions align with clinical prescriptions and physiotherapy goals.
Within this category
Nocturnal Braces
Custom nocturnal braces designed from a 3D scan and fabricated in-house — engineered to the individual's anatomy, activity level and clinical goals.
Ready to prescribe scoliosis bracing?
Book a consultation and we'll design the right device for your patient.