But Australia’s Monash University thinks that they have stumbled onto a solution to all of these problems by creating the first commercially available kit of 3D printed cadaver replicas, in the works now for some time. The kits are all realistic and anatomically accurate, while also allowing for limited color-coding to help medical students better visualize the human body and how it works. The university recently published a paper examining the benefits of using 3D printed cadavers during medical education. The paper called “The Production of Anatomical Teaching Resources Using Three-Dimensional Printing Technology” details many of the advantages, including the durability, reusability, accuracy, ease of production, cost and the lack of need for the specialized storing requirements needed for fixed cadaver specimens or plastinated specimens.
The 3D printed cadavers used by Monash are printed with the schools two full color 3D Systems industrial 3D printers. The university has a ProJet 660 and a ProJet 4500 which produce high-quality color reproductions that match the real human body almost exactly. The ProJet series of printers ability to produce such accurate colors is essential to the process, and the ability to add in color coded parts like veins, arteries and nerves is an essential teaching tool. The director of the Centre for Human Anatomy Education (CHAE) at Monash University Paul McMenamin believes that their 3D printed cadaver kits are a cost-effective alternative to real bodies for many of the required lessons, and could actually produce better outcomes for patients.
The idea to create the 3D printed cadaver replicas came to McMenamin as an ‘aha’ moment while he was looking for ways to produce a series of anatomy prosections. Initially he intended to plastinate them, a method of anatomical preservation that removes the body parts water and fats and replaces them with preservative plastic materials, however that would have been nearly impossible.
“I was looking for a way to produce more anatomy prosections and maybe plastinate them, but realized it would take decades and more than a half-million dollars to set up a plastination lab,” says McMenamin. “Each specimen would have to be dissected and prepared and then I would have one of that specimen. So we thought ‘why don’t we scan them (CT or laser), make color STL or VRML files, and print them so we can make lots of copies’. Seems obvious now, but it was sort of an ‘ah ha’ moment.”
Faced with the impracticality of his first idea, McMenamin realized that he could scan the specimens using a CT or laser scanner and convert them into full color STL or VRML files. Not only would that be a less expensive option, but it would be faster and give them the ability to create as many copies as they wanted.
Using their ProJet 3D printers, Monash University can produce realistic body part reproductions ranging from an entire human body, a head and neck, upper limbs, the pelvis and lower limbs, and the thoracic and abdominal region. They are also able to produce anatomically correct models that would be impossible for students to visualize using embalmed cadavers featuring the delicate vasculature structures of the head, including the fine veins and arteries embedded inside of the skull and brain.
The 3D printed cadavers are printed using the 3D Systems VisiJet C4 Spectrum line of 3D printing materials that are strong enough to produce small, thin or intricate body parts like blood vessels and nerve clusters. Monash University has formed a partnership with German anatomical model makers Erler-Zimmer to make their 3D printed cadaver kits available online for purchase. The kits can be 3D printed to order and delivered in only a matter of weeks, and will cost significantly less than embalmed or plastinated body parts. Discuss this story in the 3D Printed Cadaver forum on 3DPB.com.
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and recieve information and offers from thrid party vendors.
You May Also Like
3D Printed Biocomposites Could Help Reduce Marine Plastic Pollution
Concerns about the impact of plastic litter and microplastics in the oceans are at the forefront of environmental study. For decades, the marine environment has suffered from the degradation of...
Markforged Buys Digital Metal: What Does it Mean for the 3D Printing Industry?
It’s been a few months since the additive manufacturing (AM) industry had a notable corporate acquisition, which seems like an eternity after all the competitive consolidation and shakeup we saw...
Black Buffalo Partners with Xerox to Finance Client’s Construction 3D Printing Purchases
Black Buffalo 3D, an emerging additive construction (AC) startup, announced a strategic partnership with FITTLE, Xerox’s equipment financing arm. Through the alliance, FITTLE will help make it easier for Black...
3D Printing News Briefs, July 21, 2022: Layoffs, Heat Exchangers, & More
In today’s 3D Printing News Briefs, starting with business, manufacturing company Fast Radius recently cut 20% of its workforce. Then, Xometry has introduced new digital sourcing tools and more. A...