Gold
HIPCARE
Transforming hip-dysplasia treatment for a happier and healthier future
Designed by María Paula Rodríguez Garavito, María Songel Sanchis, Arsenio Andrea Meomartino, Júlia Robledo Carrió, Eva Vera García, Lucía Solinís Puertas
About the project.
Hipcare offers a breakthrough in treating hip dysplasia in babies, addressing the limitations of traditional plaster casts, which often cause skin damage, hygiene problems, and require repeated anesthesia for replacements. Unlike conventional casts, Hipcare is designed to prioritize comfort and hygiene. Made from PLA mixed with copper particles, it provides a lightweight and breathable alternative. One of Hipcare's standout features is its 3D-printed customization. Using 3D scan results, The splint is a personalized 3D printed that adapts to the baby's body, ensuring the correct hip treatment position. This use of 3D printing makes the application process easier, more sustainable, and precise compared to traditional casting methods.
Hipcare improves babies' quality of life by minimizing the need for general anesthesia, enhancing hygiene, and promoting breathability. It also reduces skin irritation and simplifies diaper changes. Furthermore, Hipcare allows babies to bathe, supporting better hygiene practices and making care routines less stressful for parents. In summary, Hipcare revolutionizes the treatment of hip dysplasia through its innovative design and focus on comfort, hygiene, and sustainability. Its customized 3D-printed approach offers a superior alternative to traditional plaster casts, improving the treatment experience for both babies and their families. By setting a new standard in orthopedic care, Hipcare enhances the well-being of infants undergoing treatment.
Jury statement.
“A painstaking reality among parents with babies having physical issues. In this case the solution deals with hip dysplasia, dislocated hip joints. Surprisingly common with an average of 1 out of 100 babies in need for treatment, during 3-4 months during their first year. Solving the matters of anesthesia for fitting, plaster cast harnesses modified over time, matters of water sensitivity, complications of changing diapers, cleanliness and overall complexity and time consuming handling, the 3D thermo formed process lubricates these matters.
The solution with 3D printing from the MRI scan, using copper particles with PLA and then thermoforming the brace with immediate and perfect results serves the baby, its parents and the caregivers with excellence. A true and purposeful innovation for all stakeholders!” – Stefan Ytterborn
María Paula Rodríguez Garavito
Elisava Barcelona School of Design and Engineering, Spain
María Paula Rodríguez Garavito
María Songel Sanchis
Elisava Barcelona School of Design and Engineering, Spain
María Songel Sanchis
Arsenio Andrea Meomartino
Elisava Barcelona School of Design and Engineering, Spain
Arsenio Andrea Meomartino
Júlia Robledo Carrió
Elisava Barcelona School of Design and Engineering, Spain
Júlia Robledo Carrió
Eva Vera García
Elisava Barcelona School of Design and Engineering, Spain
Eva Vera García
Lucía Solinís Puertas
Elisava Barcelona School of Design and Engineering, Spain
Lucía Solinís Puertas