Affordable, fast, and infinitely customizable, 3D printing offers unprecedented opportunities for personalized patient care. Improve the safety and effectiveness of medical procedures with precisely fabricated surgical tools, prosthetics, patient-specific anatomical models, and more.
Swiftly create customized prosthetic limbs and orthotic devices tailored to the specific anatomy of individual patients.
Design anatomical models using non-invasive medical imaging to aid in surgical planning and medical research.
Create customized and long-lasting aids such as orthotic supports and adaptive grips for patients with disabilities or limited mobility.
Produce custom implants, braces, and crowns with rapid turnaround times for improved fit and patient comfort.
Design and test braces and splints in order to provide optimal support and alignment for injured or recovering patients.
Print low-cost surgical tools, single-use instruments, and other medical equipment with sterile, durable materials.
Streamline efficiency and enhance patient outcomes with 3D-printed, customizable, multi-density insoles. Crafted to high precision standards and utilizing a variety of quality materials.
3D printing technology stands to transform the medical industry as we know it. Raise3D strives to support our partners in medical innovation through:
Raise3D Helps Facilitate 3D Printing Human Tissue
PUC-Rio Reshapes the Landscape of Medical Research and Education with the Power of 3D Printing Technologies
Raise3D’s Pro2 Series Printers Assist the Tailor-made Breast Prostheses
Raise3D Products Grant Accessibility to Children with Special Needs
Kanagawa Rehabilitation Center: 3D Printing Medical Aids
Advanced Radiation Medical Treatment Made Possible by 3D Printing
Advances in Orthopedics: How 3D Printing Improves Medical Orthopedic Insoles
Ortho Pentin: Better Workflow Using 3D Printing for an Orthodontic Treatment System
How 3D Printing Impacts The Prosthetics Market
Raise3d Shows How to 3D Print Economical and Customized Orthotic Insoles
A Guide to the Stages of 3D-Printed Production of Orthopedic Insoles
3D Printing in Medicine: Customized Bolus and Shields For Radiotherapy
3D Printing in Medicine: Precision 3D Printing in Dentistry and Medical Models
3D Printing in Medicine: The Use Of 3D Printers in Orthodontic Models
Tailored Sizing, Unique and Customized Designs, Full-sized Pieces: How 3D Printing is Perfect for Prosthetics
3D Printing in Medicine: Surgical Planning Successfully Using 3D Printed Bone Models
3D Printing in Medicine: Spinal Surgeries See Increased Success Rate with 3D Printed Guides
Prosthetics for Everyone Who Needs Them: 3D Printing Reduces Costs of Prosthetics
The recommended 3D printing filament for beginners
Resilient and flexible rubber-like filament
Functional filament with a wide range of applications
Fast iteration for general purpose prototyping
High resolution for detailed models
Highly transparent and easy-to-use resin
White Paper: FFF 3D Printed Orthopedic Insole: Implementation Insight for Design Optimization and Workflow Cost-efficiency
