3D-LAB Project: Personalised Surgery Department

The development of personalised surgery represents a true paradigm shift away from conventional surgical techniques, in both what is done and how things are done.

This is the backdrop for the implementation of the 3D-LAB, the Vall d'Hebron University Hospital's innovative Personalised Surgery Department. It improves the efficiency and safety in diagnoses, surgery and treatment for patients who require 3D prosthetics and implants.

Project description

Since 2012, personalised surgery has been used in the hospital's Maxillofacial Surgery, Neurosurgery and Traumatology departments for the treatment of complex pathologies such as tumours and deformities. Our implementation of the 3D-LAB project offers a comprehensive service under a common framework based on personalised surgery that allows for more precise and safer surgeries with more predictable results. This improves resource management and fosters research and innovation.

Personalised surgery techniques enable more efficient and safer surgeries, through the use of surgical devices and prostheses that are tailored for each patient. They provide geometrically complex structural reconstructions, using computer design and manufacturing techniques and CAD/CAM technology, which improve surgical precision and the quality of reconstructions while reducing the amount of time employed.

A personalised, comprehensive and digital service

This comprehensive personalised surgery service is offered through the Office for Surgical Planning and 3D Design (3D-LAB) at the Vall d'Hebron University Hospital.

It is here that 3D prosthetics and implants are designed and the precision of the surgical technique used is evaluated. Only the 3D printing and production stage are outsourced.

To ensure an efficient, safe and high-quality implementation, the service combines new digital and 3-D printing technologies.

The next four years are expected to see this department treating some 660 patients, mostly for tumours, injuries, infections and congenital defects relating to the specialities of Maxillofacial Surgery and Neurosurgery as well as Traumatology and Orthopaedics, Spine Surgery and Rehabilitation, for patients requiring the amputation of a lower limb and subsequent distal load-bearing implants.

This project was launched in 2018 and will have been fully implemented by 2022.

The service merges new digital and 3D printing technologies.

Project partners

Subscribe to our newsletters and be a part of Vall d'Hebron Campus

Select the newsletter you want to receive:

By accepting these conditions, you are agreeing to the processing of your personal data for the provision of the services requested through this portal, and, if necessary, for any procedures required by the administrations or public bodies involved in this processing, and their subsequent inclusion in the aforementioned automated file. You may exercise your rights to access, rectification, cancellation or opposition by writing to web@vallhebron.cat, clearly stating the subject as "Exercising of Data Protection Rights".
Operated by: Vall d’Hebron University Hospital Foundation – Research Institute.
Purpose: Manage the user’s contact information.
Legitimisation: Express acceptance of the privacy policy.
Rights: To access, rectify, and delete personal information data, as well to the portability thereof and to limit and/or oppose their use.
Source: The interested party themselves.