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mskalign™ 4DBrace

Clinical validation of AI-powered orthosis design for scoliosis corrections

The mskalign™ 4D Brace is a next-generation spinal orthosis that combines AI-driven design and 3D printing technology to deliver personalized, precise treatment for adolescent idiopathic scoliosis. By optimizing fit and biomechanical correction, it enhances comfort, compliance, and therapeutic effectiveness.

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Why 4DBrace?

    The mskalign™ 4D Brace revolutionizes scoliosis treatment by using AI-powered design and 3D printing to eliminate subjectivity in bracing, ensuring precise, personalized correction.

    Its comfortable, discreet design improves patient compliance, while self-developed algorithms optimize efficiency in brace creation.

    With cost-adaptive production and remote service options, it caters to diverse needs, making advanced scoliosis care accessible, effective, and tailored for every patient.

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AI-powered Derotation

AI-powered derotation involves fine-tuning limbs to a standard position and algorithmic correction of trunk rotation.

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AI-powered Coronal

Correction & Balancing

 

The 4D Brace creates a virtual spine model from X-rays, using AI to simulate optimal correction while reinforcing stiffness with 3D-printed supports.

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Concealed Brace

 

Hidden underneath clothing,

these technologies protect patient privacy and minimize impact on daily activities.

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AI-powered Sagittal Elongation

Creating a virtual spine from lateral x-ray involves lifting the trunk using the underarms and correcting kyphosis while tightening the abdomen.

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Field-driven Lattice​

 

Generating lattice according to body temperature distributions can improve thermal comfort for better compliance.

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ECA Wearable Sensor

 

Recording daily wear time and online health management features are being developed for this model.

Optimized design & Manufacture Flows

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Data Collection

AI Assessment & Brace Design

3D Printing & Brace Fitting

Monitoring & Follow-up

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