Siemens opens Sweden facility for 3D printing metal components

Feb. 18, 2016
The Siemens workshop will employ 20 operators and engineers and will be used for rapid prototyping, manufacturing and repair of components in Siemens’ series of industrial gas turbines.

Siemens has opened a production facility for metal 3D printed components in Finspång, Sweden, an investment of around 200 million Swedish Krona (€21.4 million).

According to Siemens, it is the first step in the company’s plans for the mass manufacture and repair of metal parts with additive manufacturing. 

The facility features Direct Metal Laser Sintering machines from Electro Optical Systems, and are already being used for the mass production of medical implants and flight critical parts in aerospace, including by GE Aviation. 

According to the IDTechEx research report, 3D Printing of Metals 2015-2025, it is predicted that around 1,000 of these types of 3D printers will be sold in 2016, with a total market value of $540M. 3D printing can be used to shorten design and technology validation, reduce manufacturing and repair time, integrate the design and manufacturing process, reduce number of manufacturing steps, allow new materials, reduce quantity of material used, reduce cost, regionalize support and reduce spare part inventory.

The Siemens workshop will employ 20 operators and engineers and will be used for rapid prototyping, manufacturing and repair of components in Siemens’ series of industrial gas turbines, for the power industry. 

For more information, see the IDTechEx research report 3D Printing of Metals 2015-2025.

Sponsored Recommendations

Boost Material Handling Operations with the New Assist Wheel Drive

Transportation and material moving are repeatedly among the most frequent workplace injuries and also a leading cause of days away from work, job transfers, or restrictions. Learn...

EV Battery Pack Manufacturing with AC Servos and Robotics

This white paper from Yaskawa examines the increase in demand for electric vehicle (EV) batteries and explores different steps in their manufacturing process where AC servos and...

2024 State of Technology Report: HMIs, IPCs and Enclosures

The human-machine interface, the industrial PC and the enclosure are three of the most evolutionary components in an industrial control strategy. No devices have changed more ...

Evolution of Motion Control Guide

Learn more about advances in motor control in this helpful guide.