Engineering and Manufacturing Services
If you can dream it, we can print it!
We are moving ‘3D printing’ out of the laboratory and onto the factory floor. We solve complex printing engineering challenges and focus on high-end prototypes and serial production for customers across the Power Generation, Aerospace, Automotive and Process and Tooling sectors
For more than ten years, we have specialised in metal AM and are experts of engineers and metallurgists in powder bed fusion process and materials development. As a recognised world leader using the most advanced equipment, we create innovations that deliver performance and commercial benefits for world-leading brands.
We are one of the market leaders offering an integrated solution from software through automation to engineering and manufacturing of final applications. Our production capabilities comprise more than 15 EOS printers with different capabilities. We will expand our capabilities with opening our new facility in December 2018 to 50 printers.
Transforming component manufacturing
Additive Manufacturing enables us to design in a completely different way. By creating components layer by layer, we can quite literally think laterally when designing. We can create parts from the inside out, incorporating integral features in places that traditional casting simply can’t access.
Additive Manufacturing is revolutionising design and manufacture industrial components.
Using ‘3D printing’ we digitally cast parts, using fibre lasers to trace slices of CAD models in layers of powered high-performance metal alloys to form solid objects. It’s an incredibly complex yet very simple process through which we can turn raw, powdered materials into precise solutions.
This process is transformative not only because it is faster and more accurate than traditional casting methods, but also because it is changing design. We providing AM engineering and manufacturing services including design and material consultancy, Design for Additive Manufacturing (DfAM), printing prototypes and small lot series, post processing and certification.
Making the impossible possible
We work with a broad range of customers in a diverse mix of industries.
Maximum availability for passenger aircrafts
“Materials Solutions strongly supports our additive manufacturing programs with expert advice and high-quality components.”
Toshiyuki KUMADA, General Manager Engineering & Development Department – Aerospace – SPP
Supporting the development of test parts
“We have worked closely with Materials Solutions to successfully develop test parts for use in our aerospace systems. We are excited by the benefits which can be delivered through the use of Additive Manufacturing.”
Tom While, Senior Mechanical Engineer, Ultra Electronics
When old meets new: 100 year old car back on the road!
Materials Solutions experts brought the car to life again using reverse engineering enabled by Additive Manufacturing technologies. Reverse engineering is a process which allows the manufacture of parts for which drawings and 3D models no longer exist. We used a structured-light scanner, a machine which captures multiple images of a part before combining them to create a 3D model – accurate down to the micron scale. Using Additive Manufacturing we were subsequently able to directly create a near- finished part from the 3D model.
This method can be applied to almost any part and was utilized particularly in the remanufacture of two of the Ruston Car parts – a Steering Box and a Hood Imp. The 3D model can either be used directly for remanufacturing or repaired and improved using CAD software such as Siemens NX.
Siemens is a world leader in applied additive manufacturing
Our technology has been validated through in-house application in Siemens Power and Gas business. We have serialized additively manufactured hot rotating parts for application in Siemens gas turbines which have more than 100,000 hours engine experience. 15 different components are already commercially implemented on customer power plants worldwide.
The award-winning gas turbine blade printed in Alloy 247 is just one of our use cases which got positively recognized by our customers and technical experts around the globe. Siemens was awarded by the American Society for Mechanical Engineers (ASME) for its outstanding technological achievement with the first successfully 3D- printed and fully tested gas turbine blades in 2017.
Delivering customer value
Giving customer an integrated solution and the following services:
- Materials and process development in a broad range of alloys
- Engineering services
- Manufacturing of test parts, fully functional prototypes and serial parts
- Unique end-to-end capability from design within Siemens NX software to the component manufacturing
We offer a broad range of qualified materials and processes, applied design for AM know-how, proven end-to-end process and quality control, ‘right first time’ via digital twin – powered by Siemens Digital Factory, and proven AM serial components.
Our production capabilities comprise more than 15 EOS printers with different capabilities, e.g.:
- M280 and
The materials that can be processed are the following:
Ni superalloys: 247LC, Titanium
- We are a leading company in processing Alloy 247LC additively
- In738LC, Hastelloy X, C263, In625, In718, In718+, Haynes 230, C1023, MAR M002,
Ti 6/4, Ti6242
- Stainless steels: 17-4, 15-5, 304, 316L, Maraging Steel M300
- Duplex 2205 (under development)
Aluminium alloys (under development)
Imagine what we can achieve together
We created a world first for the power generation sector with the award-winning additively manufactured turbine blade of the SGT-400 gas turbine.
Thanks to the ingenuity of our engineers, we successfully reduced costs by 70%, cut lead times by 75% and improved turbine efficiency by 0.1%.