New FACTUM High Speed Sintering 3D Printer, Prints Objects In Under a Second

IMTS

Share this Article

The biggest obstacle to widespread adoption of 3D printers as a manufacturing tool, as well as a tool for the home, has been the speeds at which objects gradually materialize. No company will directly print out a product factum2when it takes them hours to do so, and hobbyists often shy away from the technology, claiming that they don’t have the patience.

In what is being described as a major 3D printing breakthrough, researchers at the Universities of Sheffield and Loughborough created the FACTUM 3D printer. The printer uses what they are calling high speed sintering technology (HSS). Currently the FACTUM printer is using plastic polymer materials in the form of powder, but eventually could broaden its scope of material options. Instead of using an extruder like many polymer based 3d printers do to slowly melt the plastic into a layer that is placed methodically in a given pattern, or using a laser to sinter metals as they are deposited, FACTUM uses a sweeping heat lamp to sinter larger areas of the material at a lower temperature. The ironic part is that the lamp applies heat to the material 10,000 times longer than a laser does, yet the print process is exponentially faster.

These Items can all be printed in about one second flat

These Items can all be printed in about one second flat

In a test, the printer could print out entire finger sized polymer objects in under a second. A typical fused deposition modeling printer like a Makerbot Replicator would easily take 30 minutes to an hour to do the same job.

British printing company Xaar teamed with the researchers to developed special inkjet technology for the FACTUM 3D printer, and it is one of the key technologies that allows this printer to work at such amazing speeds. In addition, both Unilever and BAE Systems have teamed up to explore possible applications for the technology.

factum-feat“The fact that it has attracted the interest of the likes of Unilever and BAE Systems underscores this potential,” said David Chapman, the developer of Xaar’s inkjet system. “Inkjet is at the heart of this technology and by working with our supply chain partners, Xaar is committed to bring this technology to market.”

This technology is sure to drive more companies towards 3D printing, and if commercialized for hobbyists, it could really push the technology quickly into the mainstream.

“We can imagine lots of applications where products are currently made in CNC machining out of aluminium because the part is made in small quantities and moulding it is cost prohibitive, so the choice is to machine it and this dictates that the material should be metal. If you are going to use HSS and you don’t have to consider the cost of tooling, you don’t have to consider machining – therefore the part doesn’t have to be metal. So we see a lot of opportunities particularly in low production up to a few thousand where we think these technologies will displace the CNC machining market,” said University of Sheffield’s Professor Neil Hopkinson, of the Department of Mechanical Engineering, who was on the research team that invented HSS.

Specific details are still limited on this new printer, but they are certain to emerge over the coming weeks and months ahead. Head over to the FACTUM forum thread to discuss this technology and share new information as it becomes available to the public. [Source – tctMagazine]

 

 

 

Share this Article


Recent News

Will There Be a Desktop Manufacturing Revolution outside of 3D Printing?

Know Your Würth: CEO AJ Strandquist on How Würth Additive Can Change 3D Printing



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Featured

Pressing Refresh: What CEO Brad Kreger and Velo3D Have Learned About Running a 3D Printing Company

To whatever extent a business is successful thanks to specialization, businesses will nonetheless always be holistic entities. A company isn’t a bunch of compartments that all happen to share the...

Würth Additive Launches Digital Inventory Services Platform Driven by 3D Printing

Last week, at the Additive Manufacturing Users’ Group (AMUG) Conference in Chicago (March 10-14), Würth Additive Group (WAG) launched its new inventory management platform, Digital Inventory Services (DIS). WAG is...

Featured

Hypersonic Heats Up: CEO Joe Laurienti on the Success of Ursa Major’s 3D Printed Engine

“It’s only been about 24 hours now, so I’m still digesting it,” Joe Laurienti said. But even via Zoom, it was easy to notice that the CEO was satisfied. The...

Featured

3D Printing’s Next Generation of Leadership: A Conversation with Additive Minds’ Dr. Gregory Hayes

It’s easy to forget sometimes that social media isn’t reality. So, at the end of 2023, when a burst of doom and gloom started to spread across the Western world’s...