Copper alloys for PBF
Materials for Powder Bed Fusion
The best electrical conductivity at your service.
Copper alloys and copper powders unlock a host of benefits in the realm of powder bed fusion, bringing the transformative power of copper into the hands of creators. Let's delve into the essence of these materials and the unparalleled advantages they offer when processed using Prima Additive's cutting-edge metal additive manufacturing systems.
The Core of Innovation: Copper Alloys and Powder Bed Fusion
Powder bed fusion (PBF) epitomizes additive manufacturing by layering materials to create objects from 3D models, moving beyond traditional subtractive methods. This process, particularly when applied to copper alloys, is renowned for its precision and efficiency. The unique properties of copper alloys—marked by their excellent electrical and thermal conductivities, alongside notable strength and ductility—make them indispensable in sectors like electronics, aerospace, and automotive manufacturing.
Unlocking the Potential of Copper Alloys with Prima Additive Technology
Working with copper alloys through laser powder bed fusion technology, especially with Prima Additive's solutions, offers significant benefits:
Electrify Your Innovations with Precision Green Laser Technology
Prima Additive's Powder Bed Fusion systems redefine the boundaries of metal additive manufacturing with their state-of-the-art green laser technology. This advanced capability allows for the processing of not only a diverse range of copper alloys but also pure copper, achieving a remarkable material density exceeding 99.5%. Such high density is pivotal for applications where electrical conductivity is paramount, ensuring your projects benefit from the utmost in quality and repeatability. Moreover, the precision of this process is unparalleled, thanks to a laser spot size of merely 35 microns, offering unmatched detail and accuracy in every print. This breakthrough opens new horizons for innovation, enabling the creation of components with exceptional electrical and thermal properties, all while maintaining extreme quality and repeatability in every piece crafted.
Key Copper Alloys for Prima Additive Machinery
Prima Additive's machines are adept at processing a wide range of copper alloys, including:
- CuSn10: a tin bronze alloy, is celebrated for its wear and corrosion resistance, combined with good elasticity. It's ideal for parts requiring durability and resistance to environmental conditions, such as bearings and springs.
- Pure Copper (Cu): stands out for its unparalleled electrical and thermal conductivity, alongside high ductility, making it essential for electrical wiring, components, and heat dissipation applications.
Beyond the Standard: Exploring Material Possibilities
While the listed copper alloys represent the most suitable candidates for Prima Additive's machinery, the horizon of possibilities is far from limited. Prima Additive's open parameter system means that any material, regardless of the manufacturer, can be processed. This flexibility opens the door to custom solutions and innovations, ensuring that your manufacturing needs are not just met but exceeded.
Areas of application
Did you know that copper alloys are widely used in these sectors?
Need to make parts using a different material?
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Application support
You imagine it, we make it reality.
Metal additive manufacturing offers endless possibilities for companies like yours, but often when facing challenges such as implementing a new technology within your context, what you need is the right teammate. That teammate is us: we like to think of it as a partnership. We like to work close to our customers, sharing knowledge, ideas, dreams and, why not, fears.
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Additive changes you.
The strength of additive manufacturing lies in being able to make parts with shapes that were previously unthinkable. For this reason, if you are approaching this technology for the first time, you will probably need to adjust the design of your components to make them more functional, lighter, and better performing.
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Qualification and certification
Quality additive manufacturing.
In addition to the need for dimensional accuracy and mechanical characteristics of finished parts, the need to certify parts to industry benchmark standards also frequently emerges.
Here are our solutions for processing Copper alloys for PBF
Powder Bed Fusion
Print Sharp 150
Powder Bed Fusion Technology
Designed for R&D applications, for processing steel, aluminum, nickel, titanium, and cobalt chrome alloys.
Powder Bed Fusion
Print Genius 150
Powder Bed Fusion Technology
Great versatility thanks to multi-laser technology.
Powder Bed Fusion
Print Green 150
Powder Bed Fusion Technology
Equipped with a green laser for processing pure copper, copper alloys and highly reflective materials.
Powder Bed Fusion
300 Family
Powder Bed Fusion Technology