zuruck zur Themenseite

Articles and background information on the topic

Congress, exhibition and networking

Annina Schopen,

Positive summary of the anniversary Rapid.Tech 3D

Positive mood after the 20th Rapid.Tech 3D: 2,700 guests from Germany and abroad came to Erfurt from May 14 to 16, 2024 to find out about and exchange information on the latest applications, developments and trends in this field. For the first time, the event was sponsored by the VDMA's Additive Manufacturing Working Group.

The exhibitors emphasized the positive mood at Rapid.Tech 3D, which has continued this year. © Christian Seeling/Messe Erfurt

Four keynote speeches, around 70 presentations at the specialist congress and almost 100 exhibitor presentations in the hall could be seen and heard in Erfurt from May 14 to 16. They showed that additive manufacturing has taken a further step towards series production and is constantly enabling new applications thanks to material and technology development - both in the classic AM user industries such as aerospace, medical technology and automotive as well as in industries in which AM is still a relatively new technology, such as microelectronics, chemicals and mechanical engineering.

AM on a continuous growth path

In a keynote interview with Rapid.Tech 3D Advisory Board Chairman Prof. Dr. Christian Seidel, AM pioneer Dr. Brent Stucker, technology strategist at Wohlers Associates, explained what developments can be expected over the next ten years. After a phase of overheating, the AM industry has returned to a continuous growth path worldwide. This offers great opportunities for German machine manufacturers and technology providers, for example. According to Stucker, now is a good time to push ahead with new and further developments in AM machines, materials and applications and to generate capital for them. The expert expects to see particular momentum in metallic applications. The standardization process remains a major challenge.

Advertisement

AM boosts performance in the semiconductor industry

Dr. Radu Donose, Competence Lead Additive Manufacturing at Dutch company ASML, gave an insight into the use of AM in the "young" user industries in his keynote speech. The manufacturer of lithography systems for chip production already produces more than 200 machine parts additively from metal, plastic or ceramic in series. He emphasized that AM generally contributes to increasing the performance of ASML machines. In order to ensure quality, the company has developed an internal standard for the entire value chain that enables suppliers to produce parts reliably on a continuous basis.

Platform for the focus topic of mechanical engineering

Other AM applications with and for mechanical engineering were the focus of the AM4industry forum, which was held for the first time and featured contributions from Reintjes, DiManEx, Toolcraft, Hermle, Siemens and Trumpf, among others. The event was initiated and organized by the Additive Manufacturing (AM) working group of the German Engineering Federation (VDMA). Rainer Gebhardt, Project Manager Additive Manufacturing at the VDMA, estimates: "The many opportunities that AM offers with and for mechanical engineering are far from being fully known. Events such as Rapid.Tech 3D, where suppliers and users meet, are excellent opportunities to network know-how providers with potential users. At our first AM4industry forum, companies demonstrated how additive manufacturing can contribute to greater efficiency and sustainability, for example in shipbuilding or for low-emission mobility. The speakers also presented the advantages of combining traditional subtractive and new additive processes, particularly in connection with digitalization and intelligent networking of processes."

AM in the process industry

AM applications are also gaining momentum in the process industry. This was demonstrated in the keynote speech by Dr. Jan Brummund, Business Development Manager at the Dutch company InnoSyn. The research and production service provider for the chemical industry plays a pioneering role in the development of 3D-printed flow reactors and also presented its services at the exhibition.

The diverse application possibilities of AM in the process industry were also reflected in the Chemistry & Process Engineering specialist forum, with experts from BASF and Evonik, among others. Dchema, the network for chemical engineering and biotechnology in Germany, was a partner of the forum for the first time. "In our view, the Chemistry and Process Engineering Forum at RapidTech.3D was a complete success. The contributions showed how diverse the possible applications of additive manufacturing are in the process industry and where it is already being used everywhere," says Dr. Kathrin Rübberdt, Head of Science and Industry at Dechema.

Inorganic 3D printing of sand cores

In his keynote speech, Jochen Wendling from BMW presented an AM innovation from the automotive sector. With the inorganic 3D printing of sand cores for engine production, the vehicle manufacturer is setting a benchmark in automotive series production. © Christian Seeling/Messe Erfurt

Jochen Wendling from the BMW plant in Landshut presented an innovation from the automotive sector in his keynote speech. With the inorganic 3D printing of sand cores for engine production, the vehicle manufacturer is setting a benchmark in automotive series production. Thanks to the materials and process used, the foundry is the first of its kind to manufactureCO2-free. Up to 4,500 cores are produced every day. For the future, the foundry technology expert sees potential applications for the technology to produce bionic automotive structures, e.g. in the chassis area, and thus contribute to weight and cost reduction.'In the subsequent mobility forum, experts from Audi, Honda and Mercedes-Benz, among others, presented further AM solutions for the industry.

Electronic skin wins top prize in the 3D Pioneers Challenge

This year's main prize winner of the 3D Pioneers Challenge was connected from the USA. He received the award for a 3D-printed electronic skin. © Christian Seeling/Messe Erfurt

The 3D Pioneers Challenge once again offered a concrete look into the future of additive technologies. The final of this international design competition took place for the ninth time at Rapid.Tech 3D. The main prize went to the "3D-printed electronic skin" project by a US team. The development imitates the flexibility and sensitivity of human skin. The applied hydrogels can detect stretching, pressure or temperature changes and are intended to serve as a motion sensor, voice recognition system, touchpad or thermometer.

Prizes with a total value of over 175,000 euros were awarded. The entire prize money of 35,000 euros was provided by the Thuringian Ministry of Economic Affairs, Science and Digital Society.

The next Rapid.Tech 3D will take place in Erfurt from May 13 to 15, 2025.

  • Xing Icon
  • LinkedIn Icon
Advertisement
Back to topic page
Advertisement

You might also be interested in

Advertisement

3D printing

Stratasys takes over MarkForged

Stratasys is acquiring MarkForged from Nano Dimension for USD 42.5 million, thereby expanding its portfolio in the field of fiber-reinforced composites. The acquisition also strengthens the company's software and materials expertise in industrial 3D...

read more...
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement

10 years of Formnext

AM has arrived in the industry

Formnext 2025, which took place in Frankfurt am Main from November 18 to 21, showed just how dynamically additive manufacturing is developing. With numerous innovations and pioneering developments, the trade fair not only presented new solutions,...

read more...
Subscribe to our newsletter
Advertisement
Back to home