Additive manufacturing has the capability to turn ideas into concepts you can hold in your hand in days not weeks.

This allows designs to be revised more quickly, shortening the time and cost it takes to develop a process.

Our team has a track record of demonstrating the benefits of an expedited product development cycle in applications ranging from automotive applications to aerospace air particle separators.

Additive designs can product exotic product geometries that could be difficult with traditional manufacturing methods. Often times additive designs integrate designs from biological sources like surface scans.

The wider industry has seen benefits in applications ranging from medical implants which require shapes that mimic biology to aerospace and fluid flow applications which have difficult to access internal geometry.

It depends. FDM, also known as FFF printed plastics often times will have near-injection molded strength in the XY direction but may need special consideration for strength requirements in the printed direction (Z). Typically through careful design and part orientation during processing these issues can be avoided.

Metal additive parts manufactured with methods such as SLS or EBM machines can have material properties as strong as cast parts.

For prototyping additive is typically by far the most economical approach. Not only from a cost perspective, but time as well. Modern additive, whether it is FDM/FFF or SLA in plastics, or SLS or EBM for metals, is capable of producing functional parts that are suitable for prototype applications and product applications.

For volume production it depends on many factors it is best to reach out and have a conversation with us. We have experience productionizing a range of products from high volume (thousands of parts a week) to 10s of parts per year. No matter your needs

We are based out of Hamilton Ohio, which is on the edge of the Cincinnati and Dayton metropolitan areas.