Nikon SLM Solutions AG 2026
April has been all about progress — real, measurable progress.
From deeper insight into Nikon’s long-term additive manufacturing strategy to continued momentum in industrial applications, materials development, and industry collaboration, the focus remains clear: scaling metal AM into reliable, production-ready reality.
Here’s what moved the needle this month.
A new two-part feature from Metal Additive Manufacturing magazine offers a closer look at Nikon’s long-term approach to scaling metal AM. From defense-driven applications to structured qualification strategies and production economics, the message is clear: additive manufacturing is no longer experimental — it’s becoming a core pillar of industrial growth.
Part 1: Hamid Zarringhalam on building a new growth pillar
Read part 1 now
Part 2: Scaling industrial production in Long Beach
Read part 2 now
The final episode of our Wabtec series highlights how additive manufacturing is enabling a more intentional approach to production. Starting with reducing inventory and shortening lead times to lowering logistics burden and cutting CO₂ emissions, metal AM is moving beyond efficiency toward more responsible manufacturing.
In this month’s Materials in Motion, copper takes center stage. CuCr1Zr demonstrates how material performance can be tailored — balancing conductivity and strength depending on application requirements. With strong thermal stability and performance at elevated temperatures, it’s well suited for demanding environments like aerospace and energy.
As always, process control remains critical, particularly when working with oxygen-sensitive materials like copper.
How will AM shape future policies? We recently had the opportunity to meet with key political representatives in Berlin to discuss the role of additive manufacturing in Germany’s industrial future. The conversation focused on how metal AM is already supporting aerospace and defense through faster innovation cycles, more flexible production, and more resilient supply chains.
Thank you to the organizers of Sea Air Space for putting together another excellent expo, and to everyone who stopped by our booth for a conversation. Seeing the defense and naval communities come together in one place is always energizing, and the discussions we had this year reflected just how much interest there is in what metal additive manufacturing can deliver for mission-critical applications.
If we didn’t get a chance to connect at the show, or if you’d like to pick up where we left off, we’d love to continue the conversation.
3D Print Lyon
Visit us at Booth B23, Hall 7 to explore how metal AM is driving production efficiency and innovation across industries.
Space Tech Expo USA
Visit Booth 638 to explore how large-format metal AM enables flight-critical parts with fewer components and greater design freedom.
Stay ahead of the curve with Addictive Additive, Nikon SLM Solutions‘ dedicated blog for exclusive business cases, expert insights, and the latest trends in additive manufacturing. Whether you’re exploring advanced aerospace applications, cutting-edge automotive innovations, or new material developments, our blog has you covered.
ExxonMobil
Driving High-Performance Racing Components Into the Future
Fundamental Motorsports
Driving High-Performance Racing Components Into the Future
Karman Space Programme
Pushing the Boundaries of Reusable Rocket Engines
Airbus
Transforming Fuel System Components With Additive Manufacturing
Curious about how metal additive manufacturing (AM) is reshaping industries?
Our collection of on-demand webinars gives you access to the latest innovations and trends in this transformative technology. From aerospace to energy, metal AM is changing the way we manufacture. Explore topics such as:
Ready to discover how metal AM can push your business forward? Watch our on-demand webinars and get inspired.
NI-BASED ALLOYS
Nickel-based alloys provide exceptional strength, heat resistance, and corrosion performance, making them essential for demanding applications in aerospace, energy, and industrial sectors where extreme temperatures and harsh environments require reliable, high-performing materials.
CU-BASED ALLOYS
Copper-based alloys offer outstanding thermal and electrical conductivity along with strong mechanical performance, making them essential for applications in tooling, electronics, and advanced energy systems where high strength and efficient heat or power transfer are critical.
TK Engineering and Nikon SLM Solutions are pioneering copper alloy AM for induction heating coils. Our SLM®280 delivers superior quality, efficiency, and sustainability, supporting carbon neutrality goals.
Download this case study to learn more about GRCop-42, a copper alloy essential for rocket engine components that require high thermal conductivity and strength.
