Winners of the Formnext Start-up Challenge

Winners of the Formnext Start-up…

As part of its ninth international Start-up Challenge, Formnext has recognized up-and-coming enterprises from the world of Additive Manufacturing for their innovative business ideas and technical developments. The award-winning innovations showcase the broad applications of Additive Manufacturing and range from medical applications to material recycling of titanium, analysis software, and new 3D Printing technologies targeting the automotive, electronics, dental, and engineering industries, among others. The winners, who will also exhibit their products at Formnext 2023, are Endless Industries (Germany), Helio Additive (USA), Odapt (Spain), Progresja New Materials (Poland), and Vitro3D (USA).

Thanks to the Start-up Challenge, the up-and-coming companies participating at Formnext will be given the ideal opportunity to expand their network, exchange ideas with experts from the AM industry, and find potential partners or investors. They will be offered a unique stage on which to present themselves and their innovations to the great and the good of the AM world. All five award-winning start-ups demonstrate highly advanced technological solutions and impress with the breadth of their technologies and potential applications. The fact that the winners hail from four different countries also reflects the great international relevance of the Formnext Start-up Challenge.

Endless Industries and Vitro3D have developed existing 3D Printing technologies (manufacturing of fiber-reinforced components and stereolithography), promising faster production speeds and higher component quality. With its Dragon slicing analysis software, Helio Additive also focuses on improving the printing process. Odapt has developed a customized baseplate for stoma patients, simplifying care while eliminating waste. Sustainability also plays an important role for Progresja New Materials - the Polish start-up aims to recycle titanium and use it to produce powder for Additive Manufacturing. The company also took home the AM Ventures Impact Award worth 5,000 euros, which was presented as part of the Formnext Start-up Challenge.

“The winners’ wide-ranging solutions demonstrate the AM industry’s huge potential for innovation and the versatility of the current and future applications of AM. They also show that this exciting technology can enable a wide range of innovative products and give us a powerful, practical tool for tackling current challenges such as climate change,” - says Sascha F. Wenzler, Vice President Formnext at trade fair organizer Mesago Messe Frankfurt GmbH.

The five winners will each receive a 3D-printed award, as well as an impressive exhibition and marketing package sponsored by Formnext and its partners. The winners will also participate in a pitch event on the Industry Stage at Formnext, broadcast live on Formnext.TV. The award is given to companies that are no more than five years old. The contest recognizes viable new business ideas, and the distinguished judging panel consists of prominent representatives from the realms of industry, science, media, and investment.

A new approach to printing with carbon fiber

With a new approach to the 3D Printing of continuous carbon fiber, Berlin-based startup Endless Industries aims to shake up this fastgrowing market. These extremely strong components are predominantly used in automotive manufacture, as well as in mechanical engineering and other industries. Endless Industries does not intend to launch its own printer on the market and is instead focusing on the material it has developed itself, its own software, and a patented nozzle that processes carbon fibers and plastic simultaneously. With this solution, even large parts can be manufactured very effectively. As the start-up does not produce its own 3D printers, it wants to collaborate with established manufacturers. Co-founder Stephan Körber says this will allow it to, “deliver the best solution for the customer.”

Thermal simulation for better printing results

Helio Additive, a startup founded in China in 2020 and now based in the U.S., will use its slicing analysis software to improve the 3D Printing of plastics and composite materials. The company’s Dragon software is a thermal simulation of the Additive Manufacturing process: It slices 3D models into individual voxels and records their thermal progression. Here, Helio Additive targets the fact that different plastics, such as PC and PA, expand to different degrees when exposed to heat, thus delivering different results in the printing process. The Dragon software is designed to use physical calculations to prevent printing errors and enable faster, more reliable printing that can be scaled effectively.

Customized baseplate for stoma bags

Globally, 15 million people are unable to empty their bowels independently and therefore wear a stoma bag. This is attached to a base or skin protection plate, which is secured around the artificial opening. Spanish start-up Odapt has now unveiled a 3D-printed solution that can improve usage while significantly reducing waste. “Stool or urine leakage frequently occurs because the current pouches are not adapted to the different stoma shapes," explains the up-and-coming Barcelonabased company. Odapt has developed the first 3D-printed silicone baseplate, which promises to prevent leaks. Thanks to 3D Printing technology, the design can be adapted to any stoma shape and to any commercially available pouch.

EU-wide titanium recycling network

The Polish start-up Progresja New Materials specializes in the Europewide recycling of titanium. This is because, while the EU is home to a large proportion of additive titanium powder processors, the raw material often comes from China or Russia. According to Progresja New Materials, there is an extremely low end-of-life titanium recycling rate in the EU, something which the company wants to change as quickly as possible. Scrap titanium will be collected from across the EU and will undergo various processes such as cleaning, thermochemical treatment, mechanical processing, and atomization, resulting in a powder suitable for Additive Manufacturing. The company is currently on the brink of launching large-scale production. To this end, a network of titanium recycling centers will be established throughout the EU at a later date, located near aerospace industry centers.

Fast volumetric 3D Printing

US start-up Vitro3D has developed a volumetric Additive Manufacturing technology that aims to impress with high speed and other features. Vitro3D processes a wide range of materials, including highly viscous resins, and can thus combine different material properties in one part. The cartridge-based printing technology also eliminates the need for support structures. The start-up from Boulder, Colorado plans to focus initially on the dental and electronics markets. It will enable the rapid, direct printing of aligners and allow electronics manufacturers to offer more complex PCBs without the need for new tooling.