FOR IMMEDIATE RELEASE

Bracesys: A Modular, Customizable Orthotic Brace Advancing Comfort, Precision, and Sustainability in Orthopedic Treatment

Bracesys, developed by the Osteoid Design Team, represents a significant leap forward in orthopedic care by offering a patented, modular brace system that combines clinical precision, patient comfort, and environmental responsibility. Unlike traditional off-the-shelf braces that often compromise fit, or custom 3D-printed solutions that require lengthy production times, Bracesys leverages a segmented framework with adjustable connectors and tension dials. This allows clinicians to fine-tune each segment, ensuring a secure and personalized fit that adapts to the patient's evolving anatomy throughout the healing process.

The design draws inspiration from the meticulous engineering of timepieces and the adaptability of sailing rigging systems, resulting in a brace that is both robust and easy to adjust. Constructed from medical-grade Nylon 12 using advanced 3D printing techniques and reinforced with CNC-machined aluminum, stainless steel, and Kevlar cables, Bracesys is engineered for durability and anatomical accuracy. The development process involved analyzing over 600 anonymized patient CT scans with AI-driven segmentation and statistical modeling, ensuring the brace accommodates a wide range of anatomical variations and provides optimal support.

Bracesys is available in standardized sizes for common fracture types, such as distal radius and Colles fractures, and is designed for rapid onsite fitting using simple tools. Its modular structure not only enhances hygiene and comfort compared to traditional casts but also supports clinical reuse and recycling protocols, significantly reducing medical waste. The product's innovative approach and impact on patient care have been recognized with the Golden A' Design Award, underscoring its role as a trendsetting solution in medical device design. By prioritizing user-centered thinking, flexibility, and sustainability, Bracesys sets a new standard for orthopedic immobilization worldwide.

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