Making 3D Printing in Orthopedics Accessible to All

The role of 3D printing in orthopedics has had a transformative effect on various medical disciplines. In orthopedics, it is a transformative tool, mostly in the fabrication of customized prostheses that enhance daily movements for the patient.

This technology was historically limited to high-tech labs or hospitals with big budgets, but it has now become more accessible to all practitioners.

This article shows why 3D printing is an important tool in orthopedics, the current limitations to its adoption and how educational initiatives are enabling digital fabrication as a realistic solution for all.

Why 3D printing matters in orthopedics

3D printing has many advantages in the field of orthotics and prosthetics (O&P), mostly with personalization, speed and design.

– Custom-fit devices: with digital scan, practitioners can customize orthoses and prostheses that perfectly match a patient’s body part. This leads to better comfort and improved performance.

– Faster and cheaper cost production: especially in pediatric with patients who grow quickly or temporary prosthetics for rehabilitation. 3D printing can reduce both production time and costs.

– Faster iterations and easy repair: in case of repair or modification, digital files can be quickly reused, updated and printed, which saves a lot of time for practitioners.

– Innovative designs: 3D printing enables CPOs in creating lightweight, breathable and functional designs that are difficult to achieve with traditional methods. This enhances both functionality and aesthetic for the patient.

Barriers to adoption

Even though 3D printing has its potential, it is still underused in many orthopedic practices. There are multiple barriers that explain why:

– High cost: 3D printers, scanners and software can be expensive, especially for small clinics or solo practitioners

– Need for technical skills: using a digital workflow requires knowledge of 3D scanning, CAD design and 3D printing. Training is available to allow practitioners to use these digital tools.

– Limited training programs: orthotic and prosthetic schools still focus heavily on traditional methods.

– Lack of awareness: some CPOs remain unaware of the latest innovations and tools in the field.

What’s changing – enablers of digitalization

Nevertheless, some developments are now helping to reduce the barrier of entry and bring 3D printing within reach of more orthopedic professionals.

Educational initiatives and online training: more training programs and online courses now offer CPOs access to digital fabrication skills. Practitioners can get advice and instructions on how to use 3D scanning, software and 3D printing.

Turnkey solutions: integrated platforms with 3D scanning, design and printing tools are becoming more common. These systems are tailored for orthopedic workflows.

Lower cost: digital tools are becoming more affordable, allowing smaller clinics and alone CPO to invest in digital tools without huge financial investment.

Enabling digitalization for everyone

Breaking Barriers: 3D printed prosthetics for developing countries has been an important step towards breaking barriers to healthcare access. Thanks to the advantages of 3D printing, it has allowed developing countries to give solutions to people in need of devices.

3D printing offers incredible potential to improve orthopedic care, with faster production and better patient outcomes. Even though there are still some challenges, mostly around cost and training, the road to better adoption is still coming.

With new educational programs, user-friendly tools and a growing ecosystem, this technology is no longer reserved for specialists with a good amount of money. It is now a practical everyday tool for professionals who want to innovate, adapt and deliver more personalized care.