Grand opening of titanium powder planttailor-made for additive manufacturing

State-of-the-art titanium powder plant inaugurated in Sandviken, tailor-made for additive manufacturing

About 150 people participated in the grand opening of Sandvik’s highly automated titanium powder plant in Sandviken, Sweden, last week – including customers and other key stakeholders. With this investment, Sandvik has now closed the only material gap left when it comes to metal powders for Additive Manufacturing. The inauguration ceremony ended with a rock concert in the actual titanium atomization tower, with the band Mass Diversity performing the song “Titanium” (by David Guetta), supported by Sandvik’s famous 3D-printed smash-proof guitar – in titanium, of course.

Titanium is noted for having exceptional material properties, being strong yet light and offering high levels of corrosion resistance. At the same time, it is biocompatible. However, the cost and complexity of machining from titanium billet have historically restricted its use to high value, low volume industries such as aerospace and medical.

“Sandvik’s launch of titanium powders for additive manufacturing supports a growing trend towards the 3D printing of titanium parts. The additive process results in far less material waste than traditional subtractive techniques, while also encouraging new levels of design freedom. This is opening up the use of titanium in other industries, such as automotive and tooling,” said Mikael Schuisky, Head of R&D and Operations at the Additive Manufacturing division in Sandvik.

Mikael Schuisky, VP R&D and Operations, Sandvik Additive Manufacturing.

During the inauguration ceremony, both employees working in the new plant as well as customers and end users of titanium powder were presenting – sharing their experiences and needs going forward.

Really impressive plant. I am so happy to be part of this inauguration – and I am looking forward to see what this can bring for the future.

Among others, Kajsa Björklund, Director Technical Operations at the medtech company OssDsign, presented how they have developed revolutionary cranial implants thanks to a solution based on 3D printed titanium skeletons, offering a much better solution for patients.

Kajsa Björklund, Director Technical Operations at the medtech company OssDsign.

Peder Arvidsson, Process Owner Round Tools, and Matts Westin, Global Product Application Manager Milling, both from Sandvik Coromant, shared some experiences from the development work of the lightweight CoroMill® 390, and demonstrated how additive manufacturing and titanium as a material have contributed to radical improvements in performance. Michele Antolotti, President, and Martina Riccio, Material and Special Process Manager, both from AM service provider BEAMIT, also shared some 3D printed titanium-cases from the motorsport and racing sector. And Zach Krapfl from GSD Global talked about printing of titanium components for e-bikes.

With the addition of titanium powder, the Sandvik materials offering to Additive Manufacturing is complete. In addition, we can also tailor the powder to any printing process, thanks to our extensive in-house capabilities in Additive Manufacturing.

The official ribbon cutting was performed by Lars Bergström, President of Sandvik Machining Solutions, and the Governor of Gävleborg, Per Bill. And once the ribbon was cut, the gate to the impressive titanium atomization tower was opened – and the band Mass Diversity started to play the song “Titanium” (by David Guetta) in the actual tower, supported by Sandvik’s famous 3D-printed smash-proof guitar – made in titanium, of course.

Governor of Gävleborg, Per Bill and Lars Bergström, President of Sandvik Machining Solutions cutting the ribbon.

“Sandvik’s new facility is impressive – and the smash-proof guitar is great”, said Giacomo Mezzino, Head of R&D and Mechanical Engineering at Collins Aerospace. “Titanium powder is very important, especially for the aerospace industry. Customers are constantly asking for improved quality, reduced weight and costs. If I can ensure my customers that I can give them new features using additive manufacturing, we will all reach our goals.”

Giacomo Mezzino, Head of R&D and Mechanical Engineering at Collins Aerospace.

“Really impressive plant. I am so happy to be part of this inauguration – and I am looking forward to see what this can bring for the future”, said Kajsa Björklund, Director Technical Operations at medtech company OssDsign.

Long experience from powder atomization and titanium

Sandvik is a world-leader in metal powder for Additive Manufacturing. The company do not only offer the widest alloy program around, but can also customize materials according to customer needs.

“With the addition of titanium powder, the Sandvik materials offering to Additive Manufacturing is complete. In addition, we can also tailor the powder to any printing process, thanks to our extensive in-house capabilities in Additive Manufacturing”, said Keith Murray, Head of Global Sales at the Additive Manufacturing division.

“Having atomized fine metal powders for more than 40 years, and producing titanium for the aerospace industry since the 1980s, Sandvik is no stranger to powder atomization or to the meticulous demands of the most demanding industries”, said Martin Mueller, Powder Operations Manager at the Additive Manufacturing division.

Martin Mueller, Powder Operations Manager, Sandvik Additive Manufacturing.

Extended program for customers

After the inauguration ceremony there was an extended full-day program for customers, including leading companies from e.g. aerospace, medical as well as many of the 3D printer producers. In the afternoon there were presentations and discussions about new developments in metal powder and additive manufacturing, focusing on titanium and also nickel-based superalloys – since the investment also includes a sieving tower for those.

“It was a great day with a lot of valuable customer interactions with some of the most important titanium powder users in the industry,” concluded Kristian Egeberg, President of the Additive Manufacturing division. “Now we will gradually ramp-up the titanium powder production and continue to accelerate customer collaborations and development projects in parallel.”

Facts: State-of-the-art titanium powder plant

  • State-of-the-art atomizing plant with electrode melting
  • Electrode Inert Gas Atomization technology (EIGA)
  • Atomizing high-quality titanium powder with low oxygen and nitrogen levels
  • Dedicated downstream sieving tower, large scale blending and packing facility
  • The plant also includes a sieving tower for nickel-based superalloys
  • Highly automated, ensuring even better reliability and consistency
  • Full traceability, having the full supply chain inhouse – from titanium sponge to finished powder
  • Producing high quality titanium powders for Additive Manufacturing
    • Osprey® Ti-6Al-4V Grade 5
    • Osprey® Ti-6Al-4V Grade 23
    • Other alloys available on request
  • Located in Sandviken, Sweden, close to Sandvik’s Additive Manufacturing Center
  • The investment amounts to ~200 MSEK in total

Sandvik launches titanium powder for 3D printing. Imagine what 157 years of materials expertise could do for your additive process. Can you afford not to find out?

Find out why we decided to go for titanium in the body of the world’s first 3D printed, smash-proof guitar. Sandvik offers the widest range of AM-alloys around.

The additive version of CoroMill® 390 was launched in March this year with fantastic results. 80% lower weight and up to 200% increased productivity. It is no secret that it is made of titanium powder.