3D Printing in the Medical Industry
3D printing is transforming the medical industry by enhancing education, research, and patient care. From 3D-printed anatomical models and surgical planning tools to custom prosthetics, this technology improves understanding of complex structures and fosters innovation in healthcare.
Advanced Prototypes and Modeling
In the rapidly advancing field of healthcare, 3D printing is revolutionizing how medical professionals approach advanced prototyping and modeling. Doctors, surgeons, and researchers can interact with detailed, patient-specific anatomical models, surgical guides, and prototype prosthetics, enabling more precise planning and treatment.
This cutting-edge technology also allows medical innovators to design and test prototypes for custom devices and tools with unparalleled accuracy and efficiency. Access to 3D printing empowers healthcare professionals to push the boundaries of medical innovation, fostering breakthroughs in patient care and medical education.
Discover the 3DXTECH materials that support the medical industry in transforming ideas into life-changing solutions.
Popular Medical Filament
Replicate Bone
SimuBone Bone Modeling Filament allows you to print realistic bone models for clinical and educational use. Our formulation gives your part the look and feel of real bone. SimuBone is made to easily print on practically any 3D printer.
Popular Medical Filament
Surgical Tools On-Demand
ULTEM 1010 is a high-performance thermoplastic ideal for 3D printing surgical tools on demand, such as surgical tool trays, scalpel handles, and clamps. Known for its strength, heat resistance, and chemical stability, it can withstand autoclaving and harsh sterilization, providing a cost-effective alternative to machined single-use tools. With excellent dimensional stability and strength, ULTEM 1010 is a trusted choice for custom surgical tools in critical medical environments.
Popular Medical Filament
Customized Equipment
PEKK, a high-performance polymer in the PAEK family, offers superior mechanical, thermal, and chemical properties. Its easier printability compared to PEEK makes it ideal for medical applications that require strength, high-temperature resistance, and the ability to withstand sterilization. With excellent wear resistance, mechanical strength, and self-extinguishing properties, PEKK ensures both durability and safety in critical medical applications.
More ways 3D printing aids medical advancements
Simulations and Research
3D printing is advancing simulations and research by creating custom, detailed models for analysis. Using advanced materials like SimuBone, researchers can produce realistic models for clinical research. This technology accelerates innovation with complex geometries and real-world simulations that enhance research and development efforts.
Prosthetics Development
Prosthetics development benefits greatly from 3D printing, which enables rapid prototyping and iteration to create custom designs quickly and affordably. This technology empowers engineers and medical professionals to test, refine, and produce patient-specific solutions with unmatched precision.
Medical Education Tools
3D printing’s use in medical education allows students to create detailed anatomical models, providing a hands-on way to study the human body. This technology also enables students in higher education to design and prototype medical devices, surgical tools, and prosthetics with precision and ease.
Single-Use Surgical Aids
3D printing enables the creation of single-use surgical aids, such as trays for surgical tools, using high-temperature materials like Ultem 1010, PEEK, and PEKK. These advanced materials are ideal for medical applications due to their ability to withstand sterilization processes while maintaining durability and performance.
Featured Products
Shop filaments advanced enough to keep up with medical innovation.
