The integration of 3D printing in the diagnostic process preparatory to planning regenerative oral surgery (GBR) represents an undoubted advantage for the specialist.
The development of the medical device and surgical practice.
The integration of 3D printing in the diagnostic process preparatory to planning regenerative oral surgery (GBR) represents an undoubted advantage for the specialist.
The development of the medical device and surgical practice.
3D printing is a cutting-edge technology that has been widely used in many aspects of production and life, with numerous applications across different industries.
In recent decades, the world of Dentistry and Dental Technology is undergoing a change in the dental protocol, from analog to digital.
The healthcare sector, and particularly the orthopedic one, is characterised by manufacturing processes which go through the phases of acquisition by 3D scanning, device CAD design and additive manufacturing, carrying out research on materials and quality control in the few phases of production they need.
Additive manufacturing is shaping up to be an increasingly versatile manufacturing technology, which can be adapted to the most varied fields and sectors. Recent innovation and research into materials is evolving to support the design and development of manufacturing processes for orthopaedic medical devices.
3D Bioprinting has opened the generation of precisely controlled 3D cell models and tissue structures by engineering anatomically shaped substrates with tissue-like complexity.