Abstract
The lecture is aimed at familiarizing participants with 3D modeling and 3D printing technologies. The main emphasis is on parametric modeling for the individual design of prostheses and orthopedic products. Printing technologies, model preparation, simulation of mechanical behavior, as well as design of devices taking into account strength and economy of materials are discussed.
Information about the speaker
The lecture is conducted by leading specialists in the field of 3D modeling and printing, who have significant experience in working with individual medical devices. They specialize in using modern technologies to create effective and functional solutions in medical rehabilitation and prosthetics.
Lecture highlights
- Possibilities for individual 3D design in traumatology and prosthetics.
- Application of 3D printing in biomechanics.
- Using engineering simulations to improve the effectiveness of medical applications.
Lecture plan
- 3D modeling for medical purposes.
- Individual design of prostheses and orthoses based on parametric models.
- 3D printing and its application in biomechanics. Types of 3D printers. Principles of their work. Types of materials for printing.
- Software. Print settings. Typical problems.
- Engineering simulations and simulation modeling.