For years, 3D printing metal parts has been seen as the exclusive domain of multi-million dollar, highly specialized machines. It was a process that was operationally complex, capital-intensive, and reserved for high-end aerospace and medical applications.

But what if you could print real, high-strength stainless steel parts on a desktop 3D printer?

This technology, known as Metal Fused Filament Fabrication (Metal FFF), is rapidly changing the game. In a recent webinar, we brought together experts from Ultimaker and BASF 3D Printing Solutions to explore how this technology works and how it's making metal printing accessible to everyone.

Because with a game-changing new workflow from BASF 3D Printing Solutions GmbH, you can now 3D print high-value metal parts – at a fraction of the cost.

Join Matt Griffin as he explores mFFF with material scientist and Ultimaker Business Development Manager, Andrea Gasperini, along with special guest, Tobias Rödlmeier, Business Development Manager – Metal Ecosystem at BASF.

What will I learn? Key takeaways include:

• 11 design and slicing tips that result in high-quality metal prints
• Which industries are seeing the biggest benefits from this metal FFF workflow
• Everything you need to 3D print Ultrafuse 316L on an Ultimaker (it’s less than you think)
• Examples of applications that are a perfect for this process
• Instant access to useful guides and resources you need to get started