by Limor Haviv, Surgical 3D Printing Designer, 3D4OP
Introduction of the Tel-Aviv medical center surgical 3D printing hub
The role of 3D printing hub in the surgical environment
The advantage of In-house surgical hub opposed to outsourced 3D services
program: https://3dmedicalconference.com/program/
Continue reading “The role of in-house surgical 3D printing hubs in hospital”
by ODT. CTO. Emanuele Paoletto, ORTHOMODUL
La tecnologia digitale sta cambiando l’ortodonzia?
Oggi molte procedure come l’acquisizione clinica e la successiva elaborazione dei dati avvengono con procedure digitali.
Le tecnologie additive come la stereolitografia sono regolarmente utilizzate per costruire,da files digitali, non solo modelli, ma anche vari dispositivi ortodontici e protesici.
Anche la costruzione dei dispositivi ortodontici in metallo sta subendo una grande trasformazione grazie all’introduzione del Laser Metal Fusion.
La presentazione farà vedere come poter applicare queste tecnologie nelle comuni lavorazioni ortodontiche e anche le nuove applicazioni nel campo dell’ancoraggio ortodontico scheletrico.
3D Medlab is Start-Up partner of 3D Medical Conference & expo
About 3D Medlab
3D-Medlab is an engineering office specialized in supporting healthcare professionals in the mastery of additive manufacturing.
Our activity is exclusively dedicated to the development of 3D printing in the medical field.
It mainly concerns 3 sectors:
– Industrial (manufacturers of medical devices which are willing to develop new product lines by additive manufacturing or which want to be supported in the development of their 3D printing activity.
– Hospital (simulation centers, surgeons and healthcare establishments which are wishing to integrate additive technology into their structure: to develop anatomical models, customized cutting guides, adapted and / or disposable instruments, customized implants)
– R & D: Research and studies of new materials and 3D manufacturing processes for the development of innovative and futuristic medical devices.
For more information about 3D Medical Conference & Expo and registration, please visit https://3dmedicalconference.com/.
by Jacopo Cardinali, System, Product and Service Designer, ISIA Roma
Valentina Militi, System, Product and Service Designer
Dr. Valentino Borghetti, Head of Heart Surgery at S. Maria Hospital in Terni (Umbria)
Dr. of Veterinary Medicine Roberto Falcini, specialized in veterinary heart surgery and founder of http://www.cardiologiaveterinaria.eu/
Mitral endiocardiosis is an acquired pathology caused by the myxomatous degeneration of the mitral valve. This pathology is greatly diffused in canine species, especially in the adult-senior stages. It represents 70-80% of cardiac diseases in this species, impacting 100% of senior subjects.
Continue reading “MITRALFIT – Canin Transapical MVR System”
Formlabs is Gold Partner of 3D Medical Conference
About Formlabs
Formlabs is pushing the boundaries of the medical field with the SLA 3D printer ecosystems. Doctors and researchers use it to create surgical guides, new products, educational replicas, pre-surgical planning models, and much more.
Continue reading “Formlabs will exhibit at 3D Medical Conference”
by Maurizio Costabeber, DWS
The growth of 3D printing in medical and dental applications is generating huge expectations and hopes. In order to satisfy the increasing demand of more sophisticated materials and integrated workflows, DWS’s scientists have developed a new proprietary technology and a range of new biocompatible materials.
Continue reading “A New Horizon In Medical And Dental 3D Printing”
DWS is Gold Partner of 3D Medical Conference
About DWS
DWS is an Italian company producing 3D printers for prototyping and rapid manufacturing, materials for 3D printing, and related management software. Quality and continuous innovation are the distinguishing features of a company that has filed more than 250 industrial, technological, and design patents since 2007.
Continue reading “DWS will exhibit at 3D Medical Conference”
Speaker: Prof Antonio Tullio
Authors: Dott. Francesco Giovacchini, Dott.ssa Valeria Mitro, Dott. Massimiliano Gilli, Dott. Gabriele Monarchi, Prof. Antonio Tullio, University of Perugia
The first free flaps jaws reconstructions were performed in 1980-1990 in oncologic patients. The importance of a correct surgery planning with a computer simulation of the bone flaps segments positioning was immediately clear.
The following step was the print and the intraoperatively use of custom-made devices as guides to faithfully reproduce the virtual reconstructive project.
In 1990 started the CAD-CAM (Computer-Aided-Design Computer-Aided-Manufactoring) era.
presented by Nicholas Jacobson, University of Colorado Denver
3d printing has a large domain of uses for Surgery, from pre-surgical planning to custom tool design. To be successful this work involves a process of collaboration to put the ability of solving problems in the hand of surgeons.
We will cover numerous applications of 3d printing tips for collaborating for surgery involving Pediatric Cardiothoracic, Interventional Cardiology, Neurology, Vascular, Live Liver Transplants, and Oncology.
Continue reading “3D Printing in Surgery and Voxel Printing”
by Anastasia Zakharyuta, Post-Doctoral Researcher, Boehringer Ingelheim Pharma GMBH Co & KG
This presentation will focus on the development of formulations for pre-clinical studies is attempted in two different forms, namely basic and complex release solid dosage formulations. The former dosage is aimed to provide an alternative to suspensions, as to minimize variability by improving stability and repeatability of the routine formulations.
The latter provides the complex formulations at the early stage of rodent studies, by combining different formulation mechanisms. The different design for such formulations is feasible with regard to the desired release profile and administration route.
Herein, printing procedures are established for solid dosage fabrication, through incorporation of a number of low molecular weight biodegradable polymers via piezo-actuated inkjet printing.
Continue reading “Inkjet-printed “Mini-Pills” for preclinical studies”