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EJVES: Flexible 3D Printed Templates for Treating Aortic Aneurysms

A template for physician modified FEVAR, 3d printed in flexible resin (Visijet CE-NT, 3d Systems).

It’s 2021 and Happy New Year 🎉 to all of our friends around the globe! We kick off the year with another publication — this time in the European Journal of Vascular Surgery.

We’ve been beavering away making 3D Printed Flexible aortic models for the design and preparation of physician-modified fenestrated endovascular aortic stent-grafts.

Read all about the great work of Dr Jasamine Coles-Black, Prof Tracie Barber, and A/Prof Jason Chuen in this collaborative project between Austin Health, The University of Melbourne and the University of New South Wales!

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Study Health at Melbourne

OK, we got completely sucked in by this Facebook Ad from The University of Melbourne, but it is for a good cause! The 3dMedLab at Austin headlines this promotion. Make sure you check it out — and if you want to learn more about studying health sciences including medicine at Unimelb then click here!

Study health at Melbourne

Redefine the future of health care with evidence-based knowledge and skills at Australia's leading health and medical faculty.

Posted by The University of Melbourne on Tuesday, 25 August 2020

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Anaesthesia Reports: The design and manufacture of 3D‐printed adjuncts for powered air‐purifying respirators

You know that little tingle that goes down your spine when something goes right? We we are feeling it now, with our most recent paper published in Anaesthesia Reports.

These little critters are making a huge difference to our surgery and anaesthesia teams in the midst of this COVID-19 pandemic, making sure that their Powered Air Purifying Respirators (PAPRs) are working properly and keeping them safe under their surgical gowns — let’s hope that it helps others as well.

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3D printing medical equipment in response to COVID-19

Our work has been featured on the Austin Health iNews website. Reproduced below for your convenience.

3D printing medical equipment in response to COVID-19

6 July 2020 – Mary Ioannidis

Nurse Dallas Hamilton wearing the PPE hood and 3D printed ‘spider’ that keeps surgical gowns from being sucked into the PAPR.

PPE hoods are something that anaesthetists, nurses and surgeons commonly wear to protect themselves when performing procedures that cause patients with suspected or confirmed COVID-19 to generate potentially infectious aerosols. Continue reading “3D printing medical equipment in response to COVID-19”

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3d Printing in ENT Training – Out Now!

Journal Cover, The Journal of Laryngology & Otology

What a great way to start the new year! Congratulations to our MD Research Project students Gordon Chen and Michael Jiang who have published their systematic review of 3d Printing in Otolaryngology Training, together with collaborating co-supervisor and ENT surgeon Dr Deb Amott. If you need a current summary of the state of play of 3d printed models for ENT training and simulation then first take a look here at The Journal of Laryngology and Otology.

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3d Printing for Orthopaedic Preoperative Planning – Out now!

Our MD Research Project students have been hard at work again and we are proud to announce another publication. Students Michael Jiang and Gordon Chen have published their systematic review of 3d printing for orthopaedic preoperative planning in the ANZ Journal of Surgery. The study, co-supervised by orthopaedic surgeon Mr Andrew Hardidge, concludes that there is clear evidence for the use of 3d printed models to improve intra-operative metrics (such as operating time) and patient understanding and engagement.

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Are you lost?

Apologies to attendees at ##3dMed19. Due to construction works outside AAMI Park Stadium the main entrance is closed. Please enter by walking around the construction site through Entrance F Gate 4 towards the Corporate Office driveway on Ground Level and look for the #3dMed19 signs. We are working with AAMI Park Events team to improve signage and access.

Google Map Location:

https://goo.gl/maps/JwAgDca3p7hWL5Ht5

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Video Vignette: Fully robotic retroperitoneal lymph node dissection with 3d image fusion

Want to see something cool? Visit the latest edition of Colorectal Disease to see our Video Vignette: Fully robotic retroperitoneal lymph node dissection – a fusion of technologies where we combine a digital 3d-model with robotic surgery to guide the surgeon to the right location. Thanks to our collaborators Dr Atan Das, Dr Toan Pham, A/Prof Nathan Lawrentschuk and Mr Satish Warrier from the Peter MacCallum Cancer Centre Department of Surgery.