Construction of powder metals facility for 3D printing begins in Teesside

Liberty Steel 3D printing
Liberty Steel 3D printing

Liberty Steel has begun construction of a powder metals development facility in Teesside, aiming to expand the company’s reach in materials for 3D printing.

Representatives of Liberty Powder Metals, Atomising Systems (ASL) and Stockton-based K-Home International joined the Mayor of the Tees Valley, Ben Houchen, to celebrate the milestone at the Materials Processing Institute research and innovation campus where the facility will be based.

An initial £10 million is being invested to set up the Liberty Powder Metals business including a vacuum induction inert gas atomiser at its core.

The facility is designed to achieve the highest-quality stainless steel and superalloy powders, helping Liberty to enhance its status in a global market estimated to be worth £8 billion a year.

Alongside the atomiser, there are plans to install a range of sieving, blending, packaging and analytical equipment.

The atomiser will allow Liberty to develop a new generation of powdered steels that can overcome the traditional barriers to 3D printing and enhance Liberty’s position in the supply chain for precision steel components used in sectors such as aerospace, automotive, energy and specialist industrial equipment.

ASL alongside partner Consarc Engineering has designed the equipment while K-Home International, a globally experienced engineering specialist, is managing the installation at the Materials Processing Institute.

Being located on the institute campus will give Liberty Powder Metals easy access to both state-of-the-art research facilities and the expertise based there.

General manager for Liberty Powder Metals, Dr Simon Pike, said: “We are grateful to our partners for the work they have done to reach this stage. Finance from Tees Valley Combined Authority has been critical in making the project a reality and I look forward to continuing all our partnerships to make Teesside a global-leading centre of expertise for powder metal production.”

Ben Houchen, Tees Valley Mayor added: “The start of construction of Liberty Powder Metals new Teesside facility is a significant milestone in a project that will put our region at the forefront of a revolutionary new industry.

“We invested £4.6 million in this ground-breaking project because we could see just how important the high-grade metal powders Liberty will produce will be. By investing in new technologies, we’re staying ahead of the curve and creating the jobs for future industries.

CEO for the Materials Processing Institute, Chris McDonald, said: “We are glad to see construction now starting. Advanced materials development is a core area of research at the Institute and this investment by Liberty Powder Metals is an example of the benefits of partnerships and collaborations between industry and the Institute.”

Commercial and Business Development Manager for Liberty Powder Metals, Tom Sellers, said: “We are excited about the progress to date and I am looking forward to bringing our products to market and developing our customer base along with the strength of the Liberty brand.”

Commissioning will take place from December with the aim of producing powders for sale from March 2020.

Liberty House Group

Related Articles

Technology transfer

Additive manufacturing (AM) system manufacturer and high-end solution provider EOS has entered a three year technical partnership with Williams Grand Prix Engineering and Williams Advanced Engineering.
7 years ago Features

In the name of research

Delcam has added an ABB robot fitted with a Fronius CMT Advanced welding head to the range of manufacturing equipment at its Birmingham site.
7 years ago Features

Medical matters

The metal surface coatings applied to orthopaedic implants allow a 3D interconnected array of pores throughout the coating thickness
7 years ago Features
Most recent Articles

Nitron MC brochure

Nitron MC has a low friction coefficient and is widely used on gears to offer a smooth Graphite based coating that allows smooth meshing of gears, prolonging their life greatly.
14 hours ago Literature

Login / Sign up