A year ago, if you would have asked anyone in our industry what they thought might be a future killer application, it’s highly doubtful that anyone would have replied with, “nasopharyngeal swabs.” Until recently, it was a niche product and the entire market was serviced by a few dominant industry players.
While there are now other protocols, the main test for COVID-19 testing involves gathering virus from deep in a person’s nasal cavity. The SARS-CoV-2 virus is collected using a nasopharyngeal (NP) swab. Traditionally, these swabs are made in two parts, including a polyester handle and a tip with tiny rayon fibers called flock.
The two primary companies that make them, Purtian Medical Products Co. and Copan Diagnostics, bulk manufacture them in multiple steps, which include production, assembly, sterilization and packaging, among others. Their process requires customized machinery and a sizable group of relatively skilled people.
When the global pandemic struck, the demand for COVID-19 test kits skyrocketed, far outpacing the combined capacity of these two companies. For several reasons, they had difficulties scaling their businesses. They both produce many other products for the medical industry and adding new equipment is a timely endeavor. To make matters worse, Copan which is located in Italy (a hotspot for the virus) was challenged with maintaining the health of its own workforce.
3D Printing to the Rescue
As it became apparent that the normal suppliers couldn’t fully meet the need, the additive manufacturing industry began working on the problem. Markforged, a manufacturer of filament-based 3D printers, partnered with Neurophotometrics to produce 3D-printed NP swabs made from their Fiberflex Rayon.
Separately, Northwell Health teamed up with the University of South Florida, Tampa General Hospital and Massachusetts-based Formlabs and worked with physicians to design their own NP swab, which Formlabs recently started printing in its FDA-registered, ISO 13485-certified factory in Ohio.
Soon after, a consortium of 3D printing companies was codified. Their goal was to deliver clinically tested, FDA-registered, 3D-printed COVID-19 NP test swab designs with superior or equivalent efficacy to flocked swabs, at scale.
Origin Partners with Henkel
Origin, manufacturer of stereolithography (SLA) 3D printers was one of the founding members of the consortium. It began working with several partners to develop what it is now calling the world’s first FDA-compliant, sterile, 3D-printed NP test swab.
In a new announcement, the startup is providing more detail about the process. Origin collaborated with materials company, Henkel and Beth Israel Deaconess Medical Center (BIDMC) on the swab’s development. Working with generative design software, Origin was able to design a one-piece swab that performed as well as the traditional version. Henkel leveraged its own Albert software platform to specify a material that would meet the requirements for an in-body medical device. Together they tested the design’s clinical capabilities, in addition to validating each step in the sterilizations process, and conducting rigorous mechanical testing and packaging certification.
Scalability and Speed-to-Market
Within weeks they were able to bring a product to market that is classified as a sterile device and is considered a finished medical product, which is regulated by the FDA.
It’s a perfect example of two of 3D printing’s biggest benefits: scalability and speed-to-market. As Chris Prucha, Founder and CEO at Origin noted in the press release, “by working collaboratively and utilizing each other’s technologies, we identified, optimized and scaled the manufacturing process to bring an application to market extremely fast.”
Origin’s sterile NP swabs are currently shipping to leading healthcare facilities, government institutions, and independent testing centers in the U.S. and several other countries. They’re also available for purchase on Amazon.
But beyond the opportunity with NP swabs, this collaboration also further substantiates the industry’s growth into functional part production.
In the press release, Ken Kisner, Head of Innovation for 3D Printing at Henkel said, “From inception, the vision behind Henkel’s Open Materials Platform was to enable collaboration all along additive manufacturing’s value chain. Working together with Origin, we were able to develop a product which is just as effective as its mass-produced counterpart. With the constraints commercial medical suppliers are facing, this presents a significant opportunity for the 3D printing industry to demonstrate its capabilities, beyond prototyping.”
Innovate Globally, Produce Locally
The problem wasn’t just related to the manufacturing of NP swabs. There were constraints all across the medical supply chain. Some of it had to do with the traditional model of centralized manufacturing and logistics. The healthcare industry relies on a relatively small number of producers and distributors. When they’re impeded, all bets are off. Further, the vast number of products, the niche nature of some of them, and shelf life issues make some medical products difficult to stockpile.
Perhaps more than anything else, this application demonstrates the value of a nimble, distributed manufacturing network, where identical parts can be made as close as possible to the point of need. In some cases, it can be financially beneficial, but in others like this decentralizing production provides an insurance policy in the event the unimaginable happens. We know it can, because it has.
About the Author
John Hauer is the Founder and CEO of Get3DSmart, a consulting practice which helps large companies understand and capitalize on opportunities with 3D printing. Prior to that, John co-Founded and served as the CEO of 3DLT. The company worked with retailers and their suppliers, helping them sell 3D printable products, online and in-store.
As a technology journalist, John focuses primarily on the topics of 3D printing, artificial intelligence, virtual reality and automation. His original content has been featured on Forbes, TechCrunch, Futurism, QZ.com, Techfaster.com, 3DPrint.com and Fabbaloo, among others.
Follow John on Twitter @Get3DJohn
You May Also Like
1960s Artwork Returns to Life With WASP’s Crane 3D Printing Technology
Once again, crane 3D printing company WASP captivates us with a new earthly design that blends art and culture with sustainable living. This time, the innovative Italian firm teamed up...
3D Printing News Briefs, July 11, 2021: Wohler’s Associates; Solvay, Ultimaker, and L’Oréal; America Makes & ODSA; BMW Group; Dartmouth College; BEAMIT & Elementum 3D; Covestro & Nexeo Plastics; Denizen
In today’s 3D Printing News Briefs, we’ll be telling you about the launch of an audio series and a competition, AM training and research efforts, materials, and more. Read on...
Intellegens Upgrades 3D Printing Deep Learning Software
As the first market research firm to publish a report on the rapidly evolving trend of automation in 3D printing, SmarTech Analysis noted how crucial new technologies like machine learning,...
MESO-BRAIN Uses Stem Cells & Nanoscale 3D Printing to Investigate Neural Networks
The MESO-BRAIN consortium is a collaborative research effort, led by the UK’s Aston University and funded by FET and the European Commission, that’s focused on developing 3D human neural networks...
View our broad assortment of in house and third party products.