The neck is a vital and vulnerable structure in the human body, particularly susceptible to injuries during sports activities and car accidents. As a result, the design and development of support devices like the Neck Stabilizer have gained significant importance in the field of biomedical engineering. This project focuses on the development, analysis, and digitalization of a Neck Stabilizer, an ergonomic device designed to provide support and injury prevention for the cervical region. Its cushion-like structure, based on biomechanical principles, ensures stability without restricting necessary mobility. Additionally, the stabilizer can be adapted for other body regions, such as the lower back and hamstrings, making it a versatile rehabilitation tool.