Plaster-Free Precision as 3D Scanning Simplifies Orthotics

The Orthotics Department at the Royal Hospital for Children has recently improved the treatment process for children with scoliosis and other conditions, thanks to a new 3D scanner. This advanced technology, which costs in excess of £2,000, has been funded through the efforts of the Orthotics team and facilitated by Glasgow Children’s Hospital Charity. The scanner is changing the way children are treated for scoliosis, as it removes the need for uncomfortable plaster casts and frequent appointments, while ensuring faster, more effective treatment outcomes.

Scoliosis, a medical condition characterised by an abnormal curvature of the spine, often emerges during the growth spurt just before puberty. If left untreated, it can lead to severe complications, including chronic pain and respiratory issues. For children diagnosed with scoliosis, wearing a specialised, custom-made back brace for up to 20 hours a day is an important part of the treatment plan.

Until recently, creating these custom braces was a time-consuming and uncomfortable process. Children had to undergo manual casting, which involved being positioned on a metal frame while plaster of Paris was applied to their torso. The procedure was often messy, uncomfortable, and particularly challenging for children with mobility issues. For many young patients, especially those entering their teenage years, this was a daunting experience.

The introduction of the 3D surface capture scanner changes all of this. With this new equipment, children simply stand on the floor, and the scanner quickly and accurately captures the contours of their body without the need for any hands-on contact. The process is swift and non-invasive, making it a much more pleasant experience for the patient and saving a lot of staff time and resources. The resulting digital model allows for the creation of a brace that is perfectly tailored to the child’s unique needs. In addition to scoliosis braces, this technology can also be used to create orthotic devices for the legs, feet, and other areas requiring treatment.

The Orthotics Department's fundraising efforts for the 3D Scanner included a variety of events, such as a garden party, a skydive, and a sponsored cycle.

"This technology is a game-changer for us. It not only makes the process of creating orthotic devices more efficient but also significantly enhances the patient experience. For our young patients, who are already dealing with the challenges of scoliosis, this scanner helps to make their treatment as comfortable as possible. We're incredibly grateful to everyone who supported our fundraising efforts.”

Mhairi Johnston, Paediatric Orthotist