ScolioAlign™ 3D Brace

Correct Scoliosis Without Surgery Using the ScolioAlign® 3D Brace

The ScolioAlign™ 3D Brace is a custom, 3D-printed over-corrective scoliosis brace designed by Dr Kevin Lau (Doctor of Chiropractic, RMIT, Australia)*. Unlike a traditional rigid hospital brace — such as the Boston brace — which is built mainly to stop a curve from getting worse, the ScolioAlign™ 3D Brace is engineered with a different clinical goal: to actively guide the spine toward a reduced Cobb angle. It is built from a 3D full-body laser scan and manufactured using CAD/CAM technology, so every brace is shaped to one specific spine. Individual results vary.

If your child has just been diagnosed — or a hospital has already raised spinal fusion surgery — it's natural to feel overwhelmed and unsure what to do next. Bracing does not have to mean simply waiting to see whether a curve gets worse. The pages and video below explain a different, three-dimensional approach, and how to find out whether it suits your case.

What makes the ScolioAlign™ 3D Brace different?

A standard rigid brace compresses the whole trunk and pushes the spine from all sides. Its design intent is to hold a curve in place during growth. The ScolioAlign™ 3D Brace works differently: it is an over-corrective brace that applies guided force at specific points, positioning the body into a posture that mirrors — and slightly over-corrects — the existing curve. The aim is not only to limit progression, but to encourage curve reduction while the brace is worn.

How a 3D over-corrective brace works

• It works in 3D, not 2D — scoliosis twists and tilts the spine in three directions at once (rotation, sideways curve and changes in the spine's natural front-to-back curves). The brace is shaped to work on all three, rather than simply flattening the back.
• It guides, instead of just squeezing — the brace holds the body in the mirror-opposite shape to the curve and applies pressure at defined points, so it aims to coax the spine straighter rather than clamp the whole torso still.
• It works with your child's growth — the design follows the Chêneau approach to in-brace correction, the same principle that lets a 3D brace aim to reduce a curve, not only freeze it in place like older symmetric braces.
• Your child will actually wear it — the 3D-printed shell is among the lightest rigid braces and is designed to sit discreetly under clothing. A brace that is comfortable enough to wear consistently is a brace that can do its job.

ScolioAlign™ 3D Brace vs other scoliosis braces

Scoliosis is a three-dimensional condition, so management is most effective when the brace is three-dimensional too. The table below compares the ScolioAlign™ 3D Brace against three braces commonly used internationally.

The evidence behind 3D Chêneau-principle bracing

Bracing is most influential during the pubertal growth spurt, when a scoliosis curve is most likely to progress. The Chêneau principle the ScolioAlign™ 3D Brace is built on has been studied for decades: in published research on Chêneau-type bracing for adolescent idiopathic scoliosis, in-brace correction of the initial Cobb angle has commonly exceeded 50%, with reported figures of around 36% for thoracic curves and 50% for double-major curves (Weiss & Rigo, Scoliosis, 2010). The clinical goal of the ScolioAlign™ 3D Brace is to limit curve progression and, where possible, reduce the curve while supporting posture and quality of life. Outcomes depend on age, curve size, skeletal maturity and brace-wear compliance, and individual results vary.

How each ScolioAlign™ 3D Brace is made

Each ScolioAlign™ 3D Brace is custom-built for one patient using CAD/CAM (Computer-Aided Design and Computer-Aided Manufacturing) technology. Dr Kevin Lau combines 3D full-body laser scanning, X-rays and posture photographs to create an accurate digital model of the spine, which is then used to design and manufacture a precision-fitting brace.

• 1. 3D body scan, X-ray and measurements — we capture a full digital and clinical picture of the curve.
• 2. CAD design & CAM fabrication — we design the brace digitally and 3D-print it to your child's exact anatomy.
• 3. Brace fitting & adjustment — we fine-tune the fit in clinic for comfort and corrective positioning.
• 4. Progress reviews & follow-ups — we track in-brace and out-of-brace measurements over time to monitor results.

Who is the ScolioAlign™ 3D Brace for?

• Adolescents with idiopathic scoliosis — particularly those still growing, where bracing has the greatest influence on curve behaviour.
• Families seeking a non-surgical option — parents wanting to explore curve management before considering spinal fusion surgery.
• Adults with mild to severe curves — including curves over 40° Cobb, where the over-corrective design is intended to support alignment and comfort.

Dr Kevin Lau's commitment

Dr Kevin Lau has spent more than 20 years focused on non-surgical scoliosis management and is the author of published books on the subject. He personally oversees every stage of the ScolioAlign™ process — from the initial 3D scan to design, fitting and follow-up — and handles the customisation for each brace himself rather than ordering generic devices from overseas manufacturers. The goal is a higher standard of personalisation and clinical care for every patient. *Doctor of Chiropractic, RMIT, Australia.

Frequently Asked Questions

Stop Waiting to See If the Curve Gets Worse

If your child has just been diagnosed — or a hospital has raised spinal fusion surgery — you don't have to decide alone. Book a consultation at the ScolioLife clinic on Orchard Road, Singapore, or send your X-ray for a free review, and Dr Kevin Lau will assess your curve, explain whether the ScolioAlign™ 3D Brace is suitable, and outline the clinical goals for your case.

Custom-designed hyper-corrective scoliosis brace developed by Dr. Kevin Lau to help reduce spinal curves, improve posture, and support long-term scoliosis correction.

✓︎ 86% Success Rate
✓︎ Award-winning Scoliosis Clinic
✓︎ Over 20 Years Experience