
Steel alloys for DED

Materials for Direct Energy Deposition
Superior hardness.
In the evolving landscape of metal additive manufacturing, steel alloys and steel powders are at the forefront, shaped by the advanced Direct Energy Deposition (DED) technology. Prima Additive empower businesses to transform the way they think about metal fabrication, offering unparalleled precision, efficiency, and creativity in the creation of metal components.
Experience Superior Hardness and Unmatched Quality
Our state-of-the-art Directed Energy Deposition technology, also known as Laser Metal Deposition, enables the creation of components with superior hardness, redefining the standards of durability and performance. Whether it's crafting new parts or repairing components, Prima Additive's machines ensure extraordinary results, every time.
Discover the Advantages of Steel Alloys for DED
Exceptional High-Temperature Resistance and Thermal Properties
Tackle the most demanding environments with materials designed to withstand extreme heat without compromising integrity
Advanced Corrosion Resistance
Extend the lifespan of your components with steel alloys that resist degradation, even in harsh conditions
Unparalleled Hardness
Achieve remarkable durability and wear resistance, ensuring your parts can handle rigorous use
Enhanced Ductility
Benefit from materials that not only last but are also adaptable, allowing for intricate designs and innovative applications
Steel Alloys Compatible with Prima Additive Machines
Our DED machines are versatile, capable of processing a wide range of steel alloys, each selected for its unique properties and suitability for additive manufacturing. From the exceptional toughness of maraging steel to the reliability of stainless steels, our lineup includes:
- 316L & 304L: Renowned for their corrosion resistance and versatility in various applications.
- H13: Offers excellent hot hardness and thermal fatigue resistance, ideal for tooling applications.
- FeCrV: A unique alloy known for its wear resistance and toughness, suitable for demanding applications.
- Maraging M300: Known for its ultra-high strength and toughness, perfect for high-performance parts.
- 17-4PH: Combines high strength and good corrosion resistance, widely used in the aerospace and medical industries.
Beyond the Norm: The Versatility of Prima Additive Machines
While the steel alloys mentioned serve as indicators of the materials most suitable for our systems, the capabilities of Prima Additive's machines extend far beyond. Our technology is designed to work with any type of material provided by any manufacturer, thanks to open parameters that allow for unparalleled flexibility and innovation in metal additive manufacturing.
By embracing the vast potential of DED technology, Prima Additive is at the vanguard of the metal manufacturing revolution, offering solutions that embody the spirit of change, competitiveness, and innovation. Our machines not only facilitate the creation of superior metal components but also open the door to endless possibilities in material experimentation and product design.
Areas of application
Did you know that steel alloys are widely used in these sectors?
Need to make parts using a different material?
We are at your service to research and produce new materials suitable for additive manufacturing to meet your specific needs.
We will evaluate your business case and together develop the best material for your application.
Take advantage of our services
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Feasibility assessment
Let's break down the barriers to entry for Additive Manufacturing!
Application support
Transforming ideas into industrial reality
Metal Additive Manufacturing offers limitless opportunities for innovation, but successfully integrating it into an industrial workflow requires the right expertise and support.
Design support
Redefining design for performance and efficiency
The true power of metal additive manufacturing (AM) lies in its ability to create complex geometries that were once impossible with traditional methods.
Training in additive manufacturing processes
Comprehensive training for Metal Additive Manufacturing
Investing in metal additive manufacturing means embracing an innovative, high-performance technology that requires in-depth knowledge and hands-on experience to maximize its potential.
Qualification and certification
Ensuring quality and compliance in additive manufacturing
In metal additive manufacturing, the quality of a component is not only measured in terms of dimensional accuracy and mechanical properties but also in its ability to meet strict industry certification standards.
Here are our solutions for processing Steel alloys for DED
LASERDYNE® 811
Direct Energy Deposition technology
The fastest solution for 3D manufacturing, repairs and coating with quality and precision.
Laser Next 2141
Direct Energy Deposition technology
A large machine, available in various configurations, for repairing, coating, adding custom parts.
DED kit
Direct Energy Deposition Technology