Highest quality, fast production, limitless possibilities
Precise 3D printing with EBM technology: precise metal production for your requirements
Find out more about EBM technology and how it can revolutionize your production. Arrange a consultation with our team of experts today.
Customer extract:
Why EBM (Electron Beam Melting) technology?
High assembly speed and material variety
From precise prototypes to series production, we offer you first-class solutions.
Electron Beam Melting (EBM) technology enables us to produce high-quality components by melting metal powder with an electron beam. The metal powder is applied in layers and melted with the electron beam to form precise and complex components. This innovative technology offers you an efficient and cost-effective solution for the production of high-temperature resistant, crack-prone materials. With EBM, you can achieve outstanding quality and accuracy in a short time.
"Find out more about the benefits and possible applications of EBM technology. Contact our team of experts for more information and a personal consultation."
Jörg Willmann
Founder, CEO of Additive Willmann
Advantages of EBM technology
Fast assembly and variety of materials
| Advantage | Why you should use EMB |
|---|---|
| High precision | EBM enables you to achieve exceptional accuracy and precision in the production of metal components. |
| . Fast production | Thanks to the efficient melting technology, components can be produced quickly and in a short time. |
| Complex geometries | EBM enables the production of highly complex geometric shapes and structures that are difficult to realize with conventional processes. |
| Variety of materials | EBM technology is versatile and enables the processing of high-temperature resistant, crack-prone metal materials. |
| Cost optimization | Production costs can be significantly reduced with EBM, as material loss is minimized and post-processing steps can be reduced. |
| Component strength | EBM components are characterized by high strength and stability, which makes them suitable for demanding applications. |
| Low voltage | Due to processing at temperatures of up to 1000°C, residual stresses are avoided by the process and therefore materials that are particularly difficult to process can be produced. |
| Avoidance of support contours | The vacuum process and the high process temperatures mean that parts can be stacked tightly and the need for supports is limited or eliminated. |
| Sustainability | EBM technology enables resource-saving production, as material is reused and waste is minimized. |
| Wide range of applications | EBM is used in various industries such as aerospace, medical technology and the automotive industry, to name but a few. |
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The future of 3D printing in metal: efficient production, high-quality components and innovative applications
Wide range of materials
Materials in EBM technology
EBM technology enables the use of a wide range of materials, including metals, alloys, ceramics and composites. This diversity opens up numerous application possibilities in various industrial sectors such as aerospace, automotive, medical technology and more.
Titanium
Titanium is characterized by its high strength, lightness and corrosion resistance and is used in areas such as aviation, medical technology and the manufacture of sports equipment.
Tool steels
Tool steels in metal 3D printing - Tool steels are characterized by their high hardness and wear resistance. They are essential for the production of precision tools and components in demanding applications.
Nickel alloys
Nickel alloys in metal 3D printing - Nickel alloys are known for their exceptional resistance to extreme temperatures and corrosion. They are widely used in various industries, including aerospace and power generation.
Cobalt-chrome and copper
Cobalt-chromium and copper in metal 3D printing - These alloys offer an impressive combination of strength and resistance to corrosion. They are particularly suitable for demanding environments such as medical technology and high-temperature applications.
Areas of application for EBM technology
Industries and products
Metal 3D printing is ideal for a variety of applications, including automotive, aerospace, medical and many more. Here are some examples of how EBM technology is used in these industries:
Aerospace
Production of lightweight components, turbine components, satellite structures
Medical technology
Production of lightweight components, turbine components, satellite structures
Automotive industry
Engine components, body components, prototypes
Lightweight construction, prototype production
Mechanical engineering
Complex components, wear parts,
tools
Energy
Turbine blades, components for renewable energy systems
Architecture & Design
Architectural models, customized design objects
Electronics
Enclosures for electronic components,
Heat sinks
Development
Prototypes for new technologies and
products
Secrecy
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Data formats
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Requirements
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AGBs
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Technical data of the EBM technology
| Technologies | Technical data |
|---|---|
| Maximum component dimension (X,Y,Z) | Typically up to Ø350mm x 430mm |
| Accuracy | +/- 0.15 mm |
| Layer thickness (from - to) | 30 µm - 100 µm |
| Minimum wall thickness | 1 mm |
| Surface structure | Slightly rough surface, may require reworking |
| Center roughness value (Ra) | 10 µm - 50 µm |
Quality in EBM technology
Our quality management ensures compliance with high standards and the delivery of components of first-class quality. We rely on precise process control to achieve the desired results.
Our advanced cold spraying technology enables us to manufacture components from a variety of materials. With exceptional precision and attention to detail, we are able to produce complex components. Whether you want to develop prototypes or run series production, our technology ensures consistently high quality and performance.
We understand that every industry has specific requirements. That's why we offer customized solutions that are tailored to your exact needs. Our experts work closely with you to understand your individual requirements and develop innovative solutions that exceed your expectations.
Frequently asked questions about EBM technology
Your contact persons
Ready for your breakthrough with 3D printing? Do you have any questions or need more information? Feel free to contact us, we are always at your disposal.
Jörg Willmann
Managing Director
- Joerg.Willmann@additive-willmann.de
- +49 7654 - 681 400-1
- Talstraße 7 | 79843 Löffingen
Carina Willmann
Key Accounting & Marketing
- Carina.Willmann@additive-willmann.de
- +49 7654 - 681 400-1
- Talstraße 7 | 79843 Löffingen
