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Realizzazione di un ponte Maryland in resina Bego TriniQ con protocollo Full Digital

[CASE STUDY] Creation of a Maryland bridge in Bego TriniQ resin with Full Digital protocol

In the following case, we illustrate the creation of a Maryland bridge in Bego VarseoSmile TriniQ printed resin  with a totally digital approach, highlighting the potential of the 3D flow in the evaluation and pre-visualization phase, in search of the best solution to restore the smile of patient G.

Microfluidica e stampa 3D

3D Printed Skin Brachytherapy Applicators

The term brachytherapy denotes a special radiotherapy technique (from the Greek “brachy”, “short”) in which radioactive sources are placed in or near the tumor tissue, which is why it is also called internal or direct contact radiotherapy.

Trattamento di rigenerazione ossea guidata (GBR)

Guided bone regeneration (GBR) treatment: 3D printed biopolymer mesh study

Tooth loss causes an anatomical change in the alveolar bone that requires oral rehabilitation practices using endosseous implants. However, unfavorable conditions can lead to insufficient vertical/horizontal bone size to the point of compromising the insertion of endosseous implants and the aesthetic result.

AccuFab-CEL vs Form 4B

AccuFab-CEL vs Form 4B

In the world of dental 3D printing, the choice between an open system and a closed system can significantly impact productivity, costs, and operational flexibility.

Microfluidics and 3D Printing

Microfluidics and 3D Printing

Microfluidics is an interdisciplinary field of science and technology that deals with the highly precise control and manipulation of fluids by geometrically constraining them in networks of small channels, typically less than 100 µm in diameter.

Sonda tattile stampata 3D per la rilevazione non invasiva delle lesioni mammarie

3D printed tactile probe for non-invasive breast lesion detection

Breast cancer is among the most frequent neoplasms in terms of incidence in the female population and among the main causes of death in women worldwide.

Bioprinting of 3D models of hematopoiesis starting from the bone marrow

Bioprinting of 3D models of hematopoiesis starting from the bone marrow

The maturation of all blood cells occurs within the microenvironment of the bone marrow, a soft tissue that fills the cavities of the bones, composed of a network of extracellular matrix components and intercellular fluids generated by pressure gradients from the vascular system that facilitate the process of hematopoiesis.