Bone fracture casting materials have evolved significantly from traditional plaster of Paris to modern synthetic materials that offer superior comfort, durability, and functionality. The orthopedic casting materials market is driven by the need to immobilize and support fractures to promote proper healing, and the choice of material depends on the type and location of the fracture, patient factors, and surgeon preference. Fiberglass casting materials have become the dominant product type, valued for their lightweight nature, high strength-to-weight ratio, and quick drying times . These casts are also waterproof and breathable, which significantly improve patient comfort and allow patients to maintain a more active lifestyle during recovery.

Plaster of Paris remains widely used, particularly in low-resource settings and for specific applications such as initial immobilization before a full cast is applied. Splints and braces are increasingly used as alternatives to traditional casts, offering more flexibility and allowing for easier skin care and monitoring. Technological advancements in casting materials include the development of waterproof and breathable materials, UV-cured casts that can be applied and cured in minutes, and smart casting materials that can monitor healing progress and detect complications. The growing emphasis on patient safety and comfort is driving the adoption of these advanced casting materials [citation:MRFR]. By 2035, the bone fracture casting materials market is expected to continue its trend towards lighter, stronger, and more patient-friendly materials that enhance comfort and promote faster recovery.

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