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A new technology for
an effective and customized treatment

OUR 3D MODELS ARE MADE
FOR ANY MEDICAL SPECIALTIES

Abdominal Surgery

Surgical planning and simulation of several surgical procedures, especially involving pancreas, spleen and kidney.


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OTOLARYNGOLOGY & MAXILLOFACIAL SURGERY

3D printed models of temporal bones and jaws for planning facial bone surgeries.


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ORTHOPEDICS

Surgical planning of bones fractures reconstruction, tumors resection and surgical devices selection.


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VASCULAR SURGERY

Planning of aneurysms, aortic dissections surgeries and assessment of vascular endo-prostheses’ placement.


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Cardiosurgery

Treatment of complex cardiological pathologies, including congenital and pathological malformations.


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Cardiology

Planning and simulation of interventional cardiology procedures or assessment of prosthetic valve’s positioning.


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Thoracic Surgery

Pre-operative evaluation and surgical planning of complex diseases and malformations in the thoracic tract.


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Neurosurgery

Pre-operative planning and simulation of complex surgical procedures involving the cerebral vascular system.


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LATEST NEWS & BLOG

Neurovascular microsurgical course

We have created a 3D printed kit for the micro-anastomosis training session on synthetic models within the neurovascular microsurgical course "Aneurysms Clipping and Vascular anastomosis on Synthetic and Placenta" that ended today at the Simnova simulation center in Novara.
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Stratasys event

3D4med and Stratasys three events

3D4Med and Stratasys will discuss how 3D printing can become a systematic part of everyday hospital life with multiple uses such as support for planning surgical and interventional procedures, preoperative training and simulation, informed consent, and training and development of new medical devices and instrumentation.
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The use of a 3D printed model is very important when choosing the surgical technique and the prosthesis, as it allows a less invasive surgery and the choice of not carrying out the surgery under unfavourable circumstances.

Prof. Enrico Maria Marone

Vascular Surgeon, IRCCS Policlinico San Matteo, Pavia
The 3D printed model allows us to plan the resection and speed up the surgical process, thus reducing the time for general anesthesia and allowing a more precise and symmetrical result to be obtained.

Prof. Marco Benazzo

Chief of Otolaryngology, IRCCS Policlinico San Matteo, Pavia
To hold in my hands the 3D printed pazient’s anatomy, to visualize it and study it from different perspectives, has given me the appropriate tools to analyse cleary the specific anatomical region to operate and plan the best procedure.

Prof. Andrea Pietrabissa

Director of General Surgery II, IRCCS Policlinico San Matteo, Pavia

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