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Industrial WAAM applications

WAAM technology opens up new possibilities for a wide range of key industries. Whether in mechanical engineering, aerospace, shipbuilding, or the energy sector – WAAM stands out for its efficient production, material savings, and high flexibility. The following applications highlight where WAAM is already being successfully used.

Tool and Mold Making

Mechanical and Plant Engineering

Energy

Aerospace

Rail and Transportation

Shipbuilding

Defense

Construction and Architecture

Art

Research and Education

Tool and mold making Tools and molds must be manufactured with high precision, as they directly influence the quality and dimensional accuracy of subsequent series production. Many tools and molds are unique or produced in small batches.
  • Particularly cost-effective for single-part production
  • Extended tool life
  • Combined functionalities through multi-material applications
 1/10 Mechanical and plant engineering This core industrial sector covers a vast range of technical solutions. Precision, customization, and the highest technical standards on one side – cost-efficiency, speed, and flexibility on the other. In many cases, WAAM offers a viable alternative in manufacturing.
  • Reduced milling and turning time
  • Wide selection of available materials
  • Near-net-shape production
 2/10 Energy Components for oil, gas, wind, and hydropower systems as well as turbines are critical to energy supply. Repairs on offshore installations and spare part availability in remote regions are particularly challenging – and this is where WAAM offers a flexible and efficient solution.
  • Near-net-shape production
  • Fast and flexible spare part supply
  • Economical from lot size 1
 3/10 Aerospace Large, lightweight, and complex components made from high-performance materials like titanium place the highest demands on modern manufacturing processes. This is exactly where WAAM demonstrates its strengths.
  • Cost-efficiency through near-net-shape production
  • Design freedom for lighter, stronger, and more functional parts
  • Fast and flexible manufacturing
 4/10 Rail and transportation Whether on rail or road – keeping vehicles operational requires fast production or repair of critical components. WAAM proves its value in both manufacturing and repairing large-scale parts.
  • Fast, flexible, and demand-driven procurement
  • Shortened production times
  • Economical from lot size 1
 5/10 Shipbuilding Very large and complex components made from high-strength steels require robust manufacturing processes. These parts must withstand extreme conditions such as saltwater, pressure, temperature fluctuations, and mechanical stress. WAAM is a perfect fit for this industry.
  • Efficient production of large-scale components
  • Fast repair and refurbishment
  • Wide selection of corrosion-resistant materials
 6/10 Defense The production of components in the defense sector demands the highest standards in safety, materials, and precision. Strict quality processes, complex geometries, and low production volumes make WAAM a strong alternative to conventional methods.
  • Efficient manufacturing of especially large components
  • Fast repair and refurbishment
  • Resource-efficient production of complex parts
7/10 Construction & Architecture In construction and architecture, individual shapes, large component dimensions, and durable materials are essential. Increasing demands for design freedom and material efficiency are pushing conventional manufacturing methods to their limits.
  • Cost-effective production of complex metal structures
  • Custom components, load-bearing elements, and design features
  • Realization of creative and functional solutions
8/10 Art Art thrives on creativity, individuality, and bold expression. Artists use industrial processes to realize large and complex metal sculptures, design objects, or public installations.
  • Unique combination of high-tech and craftsmanship
  • Maximum design freedom
  • Multi-material production possible
 9/10
 Research and Education The research and education sector is open to new technologies, with a strong focus on experimentation and hands-on applications. WAAM acts as a driver of innovation in this field: it supports the testing of new materials, enables flexible manufacturing processes, and promotes interdisciplinary projects.
  • User-friendly access
  • Direct exposure to a modern manufacturing technology
  • Active contribution to innovation development
 10/10

Let’s WAAM together

With GEFERTEC by your side and our WAAM manufacturing machines from the arc series, you overcome the challenges of conventional production. 

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Phone: +49 (0) 30 91 20 74 360
E-Mail: info@gefertec.de

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