IDTechEx Profiles Startups Competing for Market Share

Overall, IDTechEx calculated that this industry received over $100M in investment in 2019. 

Overall, IDTechEx calculated that this industry received over $100M in investment in 2019. 

2019 saw a sharp rise in 3D printing presence, and 2020 is set to be the same. All of these and more are profiled and benchmarked by IDTechEx as part of their report “3D Printing Composites 2020-2030.” Overall, IDTechEx calculated that this industry received over $100M in investment in 2019. 

The current focus of these market entrants is on fiber-reinforced polymer, either full continuous fibers or short fibers (ideally aligned as some players demonstrate). There are differing methods, particularly for the print head and the point of resin introduction. There are also many challenges, most notably what percentage of fiber can be introduced, the quality of the interface, and the type of polymer matrix that can be used. This is in addition to the usual challenges of 3D printing, namely rate, build-space, cost, mechanical performance, software and more.

The software and material are key considerations to advance this industry. Many players are looking to differentiate by offering targeted solutions.

Fiber-reinforced polymers are a relatively mature industry in a wide range of high-volume applications. The predominant advantage is it being lightweight. There are numerous limitations including recycling, repairing and manufacturing rate but the most notable is cost.

The industry is ripe for automation to play a greater role. Significant manufacturing steps have been taken for high volume thermoset parts, and the rise of thermoplastic composites is being coupled with more demonstrations in pick-and-place robotics and beyond. However, for small or medium volume parts, the cost can remain prohibitively high. This cost impact comes from the prototyping, tooling, skilled labor requirements and more.

3D printing can help enable this. From prototyping and design freedom to small volume part production and manufacturing the tool itself, there is a huge amount of scope.

This report goes into detail as to the types of composites 3D printing, the players and the applications that are being achieved.

The 3D printing has gone through its period of hype and is constantly gaining market growth. The material toolkit is also expanding from plastics to metals, ceramics and even electronics and biological material.

The advantages of polymer 3D printing are obvious. One notable challenge is the performance that can be achieved with polymer parts and how that can be improved. Composites can provide the solution, as well as allowing the design advantages to reach their real potential by manipulating the anisotropic properties.

There are numerous players making hardware and software. They are approaching this by being a hardware supplier (with or without a material supply lock-in), a service bureau, or through subscription models. There is a wide range of pricing strategies and an increasingly overcrowded IP landscape.

The materials should not be overlooked —with certain players exclusively acting as material suppliers. The majority are targeting thermoplastics, for obvious reasons, with only a select few looking at thermoset variants. Large players are releasing bespoke pre-impregnated filaments as they look to capitalize on this market.

Overall, many 3D polymer printers are looking to see if composites could take the industry to a new level.

“3D Printing Composites 2020-2030” looks at every market player and technology. This gives the reader a comprehensive overview of this rapidly emerging field. Work is highlighted from:

  • established hardware players, such as Markforged;
  • startups gaining traction—including those predominantly working in stealth mode;
  • research divisions including both national institute, such as DLR in Germany, and large companies, like Toray's innovative work; and
  • market launches from established 3D printing players, such as EOS, and material giants, like Owens Corning.

To find out more about 3D Printing research available from IDTechEx click here. IDTechEx is hosting: 3D Printing & 3D Electronics, May 13-14, 2020, Estrel Convention Center, Berlin, Germany.

IDTechEx guides your strategic business decisions through its research, consultancy and event products, helping you profit from emerging technologies. 

Sources: Press materials received from the company and additional information gleaned from the company’s website.

Share This Article


About the Author

DE Editors's avatar
DE Editors

DE’s editors contribute news and new product announcements to Digital Engineering. Press releases can be sent to them via [email protected].

Follow DE
#23667