APPLICATION OF 3D PRINTING IN MEDECINE

Application of 3D printing in medicine

3D printing technology is widely used in medicine. 3D printing enables the creation of anatomical models, prostheses, implants and surgical instruments. Additionally, it contributes to innovation, personalization and improvement of treatment results. 3D printers enable the creation of non-standard solutions that are tailored to the individual needs of the patient.

Personalization

Speed ​​and availability

Improvement of treatment results

Benefits of 3D printing in medicine

Personalization

3D printing allows you to create custom solutions that are tailored to the individual needs of the patient. Prostheses, implants and surgical instruments can be precisely matched to the patient's anatomical features, which improves functionality, comfort and quality of life.

Speed ​​and availability

3D printers enable quick and flexible creation of prototypes, models and medical devices. 3D printing allows you to shorten the waiting time for non-standard solutions and can additionally contribute to reducing production costs.

Improvement of treatment results

3D printing technology contributes to a significant improvement in treatment results through better planning of procedures, precise fitting of prostheses and implants, and the creation of models for planning therapy. 3D printing also minimizes the risk of complications and optimizes therapy for individual patients.

Store information

The GLOBAL 3D company is a team of experts specializing in the implementation of 3D printing and 3D scanning technologies in industry and in research and development units. We offer professional advice on the construction of entire laboratories and the selection of individual devices.

Recommended 3D devices for use in medicine:

3D printers for use in medicine

3D printers allow you to print non-standard prostheses and implants that are specially tailored to the individual needs of the patient. 3D printing enables the creation of prosthetic limbs, orthopedic implants and ear prostheses. Professional 3D printers allow you to make precise, patient-tailored elements that will function better and provide greater comfort.

3D printers are perfect for printing the following elements:

• Production of surgical instruments – 3D printing is used to produce non-standard surgical instruments, orthopedic and prosthetic appliances. 3D technology enables the creation of tools with complex shapes and structures that may be difficult to produce using traditional methods. In addition, it allows you to create tools optimized in terms of ergonomics and functionality.
• Tissue and organ printing – One promising application of 3D printing in medicine is the ability to print tissues and organs. Currently, work is underway on the possibility of printing functional tissues, organs and cells of patients. 3D printing technology can be of great importance in transplantology.
• Creating models for treatment planning - 3D printers are also used to create models of the mouth and skull. This allows doctors to better plan the treatment procedure, which translates into better effectiveness and patient safety.
• Creating models for planning surgeries – 3D printing technology is used to print anatomical models that help surgeons plan complex surgeries. Thanks to 3D models, doctors can see the patient's anatomical structures in three dimensions, which greatly facilitates precise planning of the procedure and minimizes the risk of complications.
• Production of artificial bones and joints – 3D printing allows the creation of artificial bones and joints, which are used in orthopedic surgery. Printed implants are tailored to the individual needs of the patient and ensure better integration with tissues.
• Producing models for learning and training – 3D printers help create anatomical models and medical tools for educational purposes. 3D models are used in medical schools and training centers to enable students to experience hands-on and improve their skills.
• Printing custom braces – 3D printing technology allows you to create custom braces such as braces, splints and bands. The prints are customized to the patient's individual needs and provide better support and stabilization.
• Printing models for radiotherapy planning - 3D printing is used for radiotherapy planning. 3D printed models help radiation therapists identify optimal radiation trajectories and minimize exposure to healthy tissues.

3D printing is often used to create anatomical models that are intended for planning and preparing complex medical procedures. Thanks to 3D technology, doctors are able to obtain exact replicas of the patient's organs, bones and tissues. This allows for a better development of the structure of the organs and facilitates the planning of the operation.

3D printing technology is of great importance in medicine, contributing to progress in diagnostics, therapy, surgery and research. 3D printing enables personalization, precision and innovation in healthcare, significantly improving patient outcomes and quality of life.

Practical applications

How IDEX technology helps in life-saving operations

Around the world, 3D printing technology is gaining recognition from people looking for new ways to improve efficiency and precision in healthcare practices. In the Argentinian city of Córdoba, Dr. Gustavo Nari from Hospital Transito Caceres de Allende has partnered with Mirai3D. Mirai3D is a biomedical engineering start-up focused on 3D printing, virtual reality and advanced materials in the healthcare sector.

SJD Barcelona Children's Hospital - Anatomical model printing

SJD Barcelona Children's Hospital is a pioneer in conducting research and implementing new technologies using 3D printing. There, 3D printed anatomical models are used to plan and simulate around 200 surgeries per year. Using BCN3D Epsilon W50 and Sigmax printers, biomodels and implants were 3D printed to assist in a surgery involving a total tumor resection in a young patient

Calibry Mini 3D scanner - Medicine

3D scanning is currently one of the most important technologies in the field of medicine and facial prosthetics. Thanks to it, it is possible to precisely model and analyze the surface of the skin, bones and other anatomical elements, which allows the treatment to be tailored to the individual needs of the patient.