Years ago, I visited Berlin and had the privilege of seeing first-hand the bust of Nefertiti, the crown jewel in the collection of the city’s fantastic Egyptian Museum. Being in the same room as such an iconic and recognizable artifact, I was first taken aback by how small and delicate it appeared compared to the image I had in my head. Just as quickly, I also came to understand that any picture could not capture the truly startling beauty of the bust when seen up close.
Imagine how much more compelling it would be to be able to, not only look at an artifact but also to handle it and feel the skill and artistry of court sculptor Thutmos, who created the piece in around 1340 BC.
Now, a team of research engineers from Lancaster University in the UK have tried to achieve just that by offering schoolchildren the chance to handle ancient Egyptian artifacts at the nearby Kendal Museum – without any fear of damaging the 3,000-year-old relics.
Using a simple digital SLR camera used to photograph objects from every angle, readily-available software to stitch the images together into a 3D model, and the university’s simple SLS printer, the team reproduced a range of objects including pottery, a clay head and a figurine of a warrior.
The museum’s archaeology curator Morag Clement said: “These Ancient Egyptian items are so rare that normally we don’t let anybody touch them. With these copies, people can pick them up, touch and interact with them instead of just viewing them behind glass. We can also put them into loan boxes sent out to schools to teach the children about history.”
The replicas were created by PhD student John Kaufman and Dr Allan Rennie from the Department of Engineering at Lancaster University. Kaufman told 3DPrint.com that one of the primary objectives of the research was to develop a simple production process that could be adopted by museum staff with minimal training.
“The main problems at the present time occur if the object has reflective surfaces or is transparent,” said Kaufman. “Ideally the object should be well lit, with no shadows or highlights. I have seen examples of reverse engineered solid 3D replicated models that have been made using laser scanning techniques and LS with photographs, but nothing using only a single digital SLR camera [and] single camera photogrammetry to produce the finished additive manufactured replica.”
While this first crop were simply printed in white nylon 12 polyamide – the emphasis was on developing a simple process rather than closely mimicking the relics – the approach could be easily adapted to create more sophisticated items that matched the originals more closely in terms of color and materials.
The Egyptian artifacts were reproduced using AgiSoft’s PhotoScan Pro together with a secondary processing software – Netfabb’s Studio Pro 4 – which are both ‘off the peg’ programs, said Kaufman, who presented the work at the SME Engineering Systems and Design Analysis Conference in Copenhagen, Denmark, on 25-27 June. The technique could also make it easier to digitally repair broken antiquities, he suggested.
The Kendal Museum isn’t the only ones participating in such measures. In fact there are several major museums around the world who have taken to 3D scanning and printing to further the interaction that attendees are able to enjoy with their exhibits. Should all museums adopt similar approaches? Let us know your opinion in the 3D Printing Egyptian museum artifacts forum thread on 3DPB.com.
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
You May Also Like
3D Printing News Briefs, May 27, 2023: Contract, Acquisition, Movie Prop, & More
We’re discussing Sintratec’s All-Material Platform first in today’s 3D Printing News Briefs, and then moving on to an NSF Career Award for a University of Pittsburgh research and a Phase...
Dyndrite RAPID Roundup: Partnering with Impossible Objects, BCN3D, AMFG, & UPM
Like so many other 3D printing companies, Dyndrite attended the recent RAPID + TCT, North America’s premier annual additive manufacturing trade show. The Seattle-based AM software company, which developed its...
BEAMIT and MTU to 3D Print Aerospace Engines
BEAMIT and MTU Aero Engines have signed a Letter of Intent (LOI) to jointly develop metal 3D printed jet engines. Italian service bureau BEAMIT has deep experience with aviation, defense...
Be Part of the Windform Industrial Revolution. Experience Digital Production Efficiency
When it comes to industrial 3D printing, the choice of material is crucial for achieving high-quality results. For 3 decades the range of Windform composites has been leading the way...
Upload your 3D Models and get them printed quickly and efficiently.