3D metal printing
3D metal printing.
New possibilities.
A materials-focused approach to turning digital designs into metal components through additive manufacturing.
About the company
Metal printing. Material understanding.
3D Material Science Company LLC is a 3D metal printing company. Our vision is to connect material science, component design, and additive manufacturing to explore new ways of making metal parts.
3D metal printing builds components layer by layer from a digital design. It opens possibilities for complex geometries and structures, while making material selection and process development central to the conversation.
Our approach starts with the application: what the part needs to do, the conditions it will face, and the requirements that will guide its development.
Our focus
From material to metal part.
Three connected considerations shape our approach to 3D metal printing.
01 / Materials
Start with the metal.
Material properties influence strength, weight, temperature resistance, and durability. The application provides the starting point for discussing which properties matter.
02 / Design
Explore the structure.
Additive manufacturing offers opportunities to explore intricate shapes and internal structures. Design choices should support the intended function of the metal component.
03 / Process
Consider every layer.
Moving from a digital model to a metal part requires attention to material behavior, printing conditions, and any subsequent processing and evaluation.
Bring us the challenge.
A complex geometry. A demanding environment. A new approach to an existing metal component.
The conversation begins with the function of the part and the requirements that matter. Understanding those details helps frame where 3D metal printing may offer a practical advantage and what needs to be evaluated.
Contact
Let’s talk 3D metal printing.
Have a metal component or application in mind? Start with the design, the intended use, and the questions you want to explore.
[Company email address]
[Company phone number]
A useful starting point:
- What does the component need to do?
- Do you have a drawing or digital model?
- What material and performance requirements are known?
- What quantity and timeline are you considering?