Tuesday, December 30, 2025

The Revolutionary Implant Surgery Shocked UK

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3D printed implants have become an important treatment by enriching its application areas. We have witnessed many 3D printed organs but now 3D printed bones can be applicated to patients successfully.

3D is developing on industrial and personal use but its success on medical is leading the way. Providing an advantageous and proper solution to many amputees and patients with a damaged part, 3D technology became UK’s main topic with a medical application. 3D printed rib and sternum were implanted to a 60-year old patient.

Cardiothoracic surgeon Ehab Bishay offered Evans the chance to get a 3D printed titanium implant after reading of a similar case, the first of its kind, at University Hospital Salamanca in Spain. The party responsible for the 3D printed implant given to the patient in Spain was Anatomics, an Australian medical device company, and Bishay sought them out to see if they could repeat the trick.

(left) Elhab Bishay
(right) Edward Evans

Using CT scans of Evans’ chest, Anatomics was able to create a precisely fitting 3D printed titanium implant that was eventually fabricated on an SLM 3D printer. Since the 3D printed device was successfully implanted in a four-four operation last September, Evans has enjoyed significant improvement in chest wall movement and lung function. He recovered on a specialist thoracic ward, assisted by a team of nurses and dedicated physiotherapists. The surgery itself was carried out by a multi-disciplinary team that included plastic surgeon Haitham Khalil, a number of thoracic anesthetists, and specialist theatre nurses.

Heel produced by Anatomics

The healthy state of Evans, who made a full recovery after five months, has inspired the medical team involved to continue using 3D printing where appropriate. “Although cement is tried and tested we believe that custom-built 3D printed titanium implants may have certain advantages which we are looking to show,” Bishay said. “Titanium is more resistant to infection, lightweight, tough, and since it exactly replicates the defect, it means that the operative time is reduced as it slots in. It should also offer a better cosmetic result.”

 

 

Engin Buzhttp://printing3d.news
After graduating from the Department of Journalism in the Faculty of Communication at Ankara University, Mr. Engin Buz completed his master's degree in Yıldız Technical University's Department of Political Science and International Relations. In 2000, he began his career as a reporter working in various publishing companies and he has prepared culture-art and economic news. Working as an editor in publications for the textile industry since 2009, Buz has started to work at Textilegence established in 2013. Engin Buz is currently preparing business news for the textile and digital printing industries prominently.

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