3D Printing
Perfusion
VR/AR
3D Modeling
Academic Trajectory and Work Experience
Master’s Degree in Management
Start a master's degree in Niagara Fallls, Canada
3D Printing in Healthcare
Initial production of customized pieces based on imaging exams.
Virtual and Augmented Reality in Healthcare
First case study using VR and AR in real surgical cases.
Milestone of 300 cases performing extracorporeal perfusion
Began providing pacemaker implantation services
Opening of the first company in the health and technology sector
Extracorporeal perfusion services and development of technological solutions.
Began his career as a perfusionist
Began performing autotransfusion procedures on patients
Performed procedures using the Cell Saver machine
Gained pediatric experience in the surgical center
Worked at Hospital Pequeno Príncipe, the largest pediatric hospital in Latin America
Gained experience in a pediatric laboratory
Started his professional journey at Hospital Pequeno Príncipe
Worked in laboratories across various specialties
Started the first internship in the very first semester of college
Services
Virtual and Augmented Reality in Healthcare
Development of Medical Models for Use in Augmented and Virtual Reality.
Custom 3D Printing Services
Through imaging exams, such as CT scans, it is possible to transform virtual representations into real 3D prints, ideal for medical consultations, academic teaching, and even decoration.
Medical Visualization and Simulation Services
Custom 3D Modeling of Models Based on CT Scans or Tailored to Specifications.
Innovative Business Management for Emerging
Technology Solutions
FAQ
I offer customized 3D printing services for various purposes, including medical models for surgical planning, anatomical pieces for education and training, and industrial prototypes. I use a range of materials to meet the specific needs of each project.
The process begins with a consultation to understand the client’s needs and the purpose of the model. Next, I analyze the provided files or scans, and, if necessary, make adjustments to the design. Once approved, the model is printed and reviewed before delivery.
Yes, I have experience in transforming imaging exams, such as CT and MRI scans, into accurate 3D models. This process is highly valuable in the medical field as it allows for detailed visualization of specific anatomical structures.
3D models in surgical planning provide a realistic view of the patient’s anatomy, allowing for greater precision and safety. They help surgeons identify challenges prior to surgery, reducing risks, optimizing procedure time, and improving outcomes for the patient.
Talk to me
I am available for proposals and partnerships
My Contacts:
- +55 (41) 98530-2852
- +55 (41) 98530-2852
- rafaelprzy@gmail.com