A foot scanner for orthotics is a specialized device designed to capture detailed 3D measurements of the foot, providing the precise data needed to create custom orthotic insoles that address individual biomechanical needs. Orthotics—inserts placed inside shoes to support, align, or cushion the foot—require a high level of accuracy to effectively treat conditions like plantar fasciitis, flat feet, overpronation, or diabetic foot issues. This scanner uses advanced technologies such as structured light, laser scanning, or pressure-sensing arrays to map the foot’s contours, including arch height, heel shape, metatarsal heads, and pressure distribution patterns. The 3D model generated by the scanner serves as the foundation for designing orthotics that fit the unique anatomy of the foot, ensuring optimal contact with the plantar surface to redistribute pressure, correct alignment, and reduce strain on muscles and ligaments. For orthotists and podiatrists, a foot scanner for orthotics streamlines the workflow from assessment to production. The digital model can be imported into CAD software, where adjustments are made based on clinical observations—such as increasing arch support or adding cushioning in high-pressure areas. This digital workflow eliminates the need for messy plaster casts, reducing patient discomfort and shortening production time. Additionally, the scanner captures dynamic data when integrated with gait analysis tools, allowing practitioners to design orthotics that address not just static foot shape but also movement patterns, enhancing effectiveness during walking or running. Patients benefit from a more comfortable and efficient process, with scans taking minutes and orthotics tailored to their specific needs, resulting in better compliance and outcomes. For manufacturers, the digital data enables scalable production, whether crafting a single pair of custom orthotics or 批量生产 (batch-producing) for a clinic, while maintaining precision. By combining technology with clinical expertise, a foot scanner for orthotics ensures that each insole is a precise extension of the patient’s foot, maximizing therapeutic benefits and improving quality of life.