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Feasibility assessment
Since our founding, our motto has always been "Additive is competitive," and our goal has always been to evolve this technology, enabling as many people as possible to benefit from it.
Do you want to know if Additive Manufacturing is the best solution for your business?
Upload your 3D model, our engineers will analyze your project and send you the full application assessment. Free of charge.
- Upload your 3D model
- Choose the additive process
- Choose your material
- Receive your application assessment
Get your free application study now!
Find out which of the two additive processes is right for you
Powder Bed FusionThe Powder Bed Fusion process uses thermal energy to fuse specific dots onto a layer of metallic powder. This process is repeated layer by layer to create the finished part, allowing to create parts with complex geometries and a high final quality.
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Direct Energy DepositionThe Direct Energy Deposition process uses thermal energy generated by a laser source focused to melt metal powder that is sprayed onto the focal point of the laser beam. This technique makes the process suitable for adding parts to existing parts, as well as for repair or coating. |
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With Prima Additive’s solutions you can produce parts in the following materials
Powder Bed Fusion
Suitable materials for Powder Bed Fusion
Aluminum alloys for PBF
Materials for Powder Bed Fusion
All the lightness of working with aluminum.
Suitable materials for Powder Bed Fusion
Steel alloys for PBF
Materials for Powder Bed Fusion
For quality that’s hard as steel.
Suitable materials for Powder Bed Fusion
Titanium alloys for PBF
Materials for Powder Bed Fusion
Lightness and biocompatibility all in one material.
Suitable materials for Powder Bed Fusion
Nickel alloys for PBF
Materials for Powder Bed Fusion
No stress and corrosion with nickel alloys.
Suitable materials for Powder Bed Fusion
Cobalt Chrome alloys for PBF
Materials for Powder Bed Fusion
Biocompatible and durable: discover the benefits of cobalt-chrome additive manufacturing.
Suitable materials for Powder Bed Fusion
Copper alloys for PBF
Materials for Powder Bed Fusion
The best electrical conductivity at your service.
Direct Energy Deposition
Suitable materials for Direct Energy Deposition
Steel alloys for DED
Materials for Direct Energy Deposition
Superior hardness.
Suitable materials for Direct Energy Deposition
Titanium alloys for DED
Materials for Direct Energy Deposition
The advantage of combining lightness and biocompatibility.
Suitable materials for Direct Energy Deposition
Nickel alloys for DED
Materials for Direct Energy Deposition
For stress and corrosion resistant parts.
Suitable materials for Direct Energy Deposition
Cobalt Chrome alloys for DED
Materials for Direct Energy Deposition
Our watchword: strength.
Suitable materials for Direct Energy Deposition
Copper alloys for DED
Materials for Direct Energy Deposition
Excellent for electrical conductivity.
Get your free application study now!
Can't find the right material for your application? No problem, we will help you find the best one for your needs. Contact us!
Take advantage of our services
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.
Design support
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.
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.