There are exciting solutions and new products to discover for additive manufacturing.
Laserpuls AG embodies more than years of experience - it lives innovation. From a laser service provider founded in 2002, it has developed into a system provider that today acts as a competent overall partner for laser systems, service, training and technology transfer.
Following its successful premiere in 2024, there will once again be a Swiss joint stand at Formnext 2025 from November 18 to 21. At the SWISS Pavilion, nine exhibitors from across the entire value chain will showcase AM applications from various industries.
Additive manufacturing is now a strategic enabler for accelerating product development and scaling innovations in medical technology and biotechnology. Sebastian Lange shows you how Sartorius is leveraging Materialise's expertise in additive manufacturing.
Imagine if you could improve the efficiency of your order processing while reducing costs at the same time. That's exactly what Ocado has achieved with its 600 series robots, using HP Multi Jet Fusion technology. Find out more in Fabian Schuster's presentation.
In Kim Martinsson's presentation, you will learn which success factors determine the industrial use of additive manufacturing in mechanical engineering and what impact these have on economic efficiency.
Technology in additive manufacturing is developing rapidly. However, after powder handling, soap or washing pastes are often still used—an anachronism with harmful effects on people and the environment. In his presentation, Dr. Jonas Schubert shows how a new technology can remedy this situation.
Discover the new vertical and circular applications of the Swiss Smart Factory at Switzerland Innovation Park Biel/Bienne. In this keynote speech, Michael Wendling and Andreas Burn present their vision of intelligent manufacturing and the key solutions required to achieve it.
A complex subassembly was replaced by a single 3D-printed component during a redesign. Fabian Graber's presentation is not intended to focus too much on the function, but rather to highlight the approach to the problem and serve as inspiration for your own company.
URMA is revolutionizing the precision machining of bores: With honing tools from URMA, high-precision machining can be carried out directly on conventional lathes and milling machines - without any machine modifications.
In Nicolas Bouduban's presentation, learn how 3D printing is ushering in a new era of innovation in the development and manufacture of surgical instruments. Through rapid prototyping, customization, and scalable production, this technology opens up new opportunities.
Learn in the presentation by Daniel Omidvarkarjan how a newly developed 5-axis 3D printer from OST opens up new perspectives for lightweight design and functional integration in mechanical engineering through non-planar material deposition and continuous fiber integration.
Part cleaning? Or a process with consequences? In this presentation by Tobias Schamberger, discover how blasting affects the quality, aesthetics, and cost-effectiveness of your parts – and why “cheap” often turns out expensive.
Learn in Dr. Fabio Greco’s presentation how complex multiphysics simulations and topology optimizations can be combined and integrated into user-friendly, standalone software products for users of additive manufacturing.
From a laser service provider founded in 2002, it has developed into a system provider that today acts as a competent overall partner for laser systems, service, training and technology transfer.
Using dental laboratories as an example, Stephan Steiner shows in his presentation how to successfully get started with in-house metal 3D printing—without compromising on safety, quality, or cost-effectiveness.
Additive manufacturing is not a sustainable production method per se. However, when used strategically for the right applications and materials, it can lead to significant CO₂ savings. In Matthias Schmidt-Lehr's presentation, you will learn how to recognize these opportunities.
In metal 3D printing, process parameters are developed using simple shapes. However, complex end components impact production conditions significantly. How can you check whether a part has been manufactured under qualified conditions? Dr. Stefan Czerner presents a solution in his presentation.
Around ten years ago, the big wave of additive manufacturing swept through the industry – promising flexibility, customization, and digital production. What remains of this? What has proven itself? Where were expectations completely off the mark?
Aleksandr Pirogov shows you how precise 3D scanning is the starting point for efficient digital manufacturing. Together with Artec3D, we demonstrate how end-to-end scan-to-production workflows shorten production times and set new standards in precision, cost-effectiveness, and scalability.
Minimal weight and cool design: In Martin Hofer's presentation, learn how the topology-optimized key component for the ASIRA robot was developed and what role the selected aluminum plays in this.
In Michele Cianni's presentation, learn how sustainable production is already a reality today. With an exciting insight into the case study of sustainable furniture manufacturer Model No. from the USA.
Inspired by the three little pigs, Nicolas Bouduban shows you why quality matters in additive manufacturing in this keynote speech. Those who focus on stable processes rather than quick fixes will pass the practical test.
In their presentation, Stefan Inderbitzin and Pascal Gaißert provide insight into the possibilities of smart manufacturing today and the role of modern IT solutions. Using specific application examples, they show you how digital and real processes are converging and further developing manufacturing.
In this presentation, Martin Bizot will discuss Möve's collaboration with Eplus3D, which resulted in the world's first e-bike frame with an integrated battery and monocoque structure made from 3D-printed titanium lugs.
