Anatomical models

3D models reproducing models of bones and tissues

Why print anatomical models in 3D

Additive technology of 3D printers is revolutionizing the medical field and helping to save lives by making custom models of patients’ anatomy. With 3D printing it is possible to reproduce accurate and realistic models of organs, bones, prostheses, surgical guides and healthcare devices for the study of personalized patient care or the development of medical devices.

3D printing applications in medicine

Anatomical models made with 3D printing are widely used in various fields of medicine as well as for testing medical devices.

Maxillofacial surgery

3D printing and 3D modeling are used to align bone fragments, find angles for surgical corrections, and 3D print models that can be used to pre-bend titanium plates and other support structures.

Cardiovascular surgery

The 3D printed model helps surgeons prepare for complex surgeries, such as cardiovascular ones, allowing for more precise treatments and improving the lives of patients with heart conditions.

Abdominal surgery

Thanks to advanced biomedical applications, surgeons can use customized anatomical models, instruments and 3D printed prosthetics to improve the precision and success of abdominal procedures.

Pediatric surgery

Surgeons can employ prosthetics, anatomical models and customized devices to address the unique challenges of pediatric surgery, ensuring safer and more effective treatments for young patients.

Orthopedics

3D printing is used to make custom cutting guides that fit exactly to the patient’s bone and precisely tell the surgeon where to cut during surgery.

Neurosurgery

Thanks to 3D printed models, surgeons can use customized devices for neurosurgical interventions, thus improving the safety and effectiveness of complex brain procedures.

Otolaryngology

You can create ear prostheses, custom anatomical models and devices to treat hearing and breathing disorders, bringing innovation and precision in the field of otolaryngology to new levels.

Thoracic surgery

Thanks to 3D printing, surgeons can use customized anatomical models, prosthetics and devices, contributing to a better quality of life for patients suffering from lung and heart conditions.

Detailed anatomical models

3D printing allows doctors, researchers and medical equipment manufacturers to work quickly, carry out extensive testing and customize devices for patient therapy.

Practical experience, “touching” is essential for doctors and surgeons, but traditional anatomical models are often very expensive. Stratasys 3D printers allow you to work with materials that simulate human tissues, biocompatible materials and sterilizable materials.

3D models reproducing bones and tissues

Create highly realistic anatomical models that reproduce the look and feel of soft tissue, muscle, cartilage and bone with 3D printing materials specifically designed for medical models with the Stratasys J850 Digital Anatomy 3D Printer.

A full range of materials allows you to print transparent parts so you can clearly see internal parts such as hidden tissue and blood vessels.

Medical device prototyping

By 3D printing prototypes of medical devices or surgical instruments, it is possible to create customized solutions for each patient quickly. Stratasys 3D printing solutions provide the flexibility to optimize, validate, and verify projects quickly and effectively.

Get clear and detailed feedback
Delete errors faster
Collect reliable performance data
Speed up preclinical test prototyping

Ask for information

Request information and discover all the advantages of 3D printing applied to the medical and surgical world.