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Go from CAD to Production in Hours Instead of Weeks

Digital Tooling for Injection Molding

Freeform Injection Molding

Combining the design freedom of resin 3D printing with final production materials of injection molding

Rapid Tooling

Powered by xMOLD resin

The patented Freeform Injection Molding (FIM) process uses ultrafast Nexa3D printers and xMOLD resin to print injection molding tools that are compatible with thousands of off-the-shelf injection molding materials, including reinforced high-performance feedstocks. The ability to design, iterate, and validate using final grade production materials in hours versus weeks is invaluable in any product development process.

Dissolvable Tooling

Powered by xMOLD resin

The FIM process produces fully soluble tools, enabling true design freedom and eliminating the need for time consuming design and gating considerations typically associated with conventional tooling process. You can quickly design and print tools for highly complex parts, inject with injection molding feedstock, and then dissolve away the tool to reveal the complex shape underneath.

 With Freeform Injection Molding, Wilson Sporting Goods produces prototypes in a single working day – a process that would have taken months to create previously.

“Because we can iterate so much quicker, print tools faster than we can machine, and eliminate a couple of the steps in the process, our R&D team can afford to be wrong. This helps us to greatly improve our time-to-market, allowing us to be quick and nimble with our design decision-making process.”
Glen Mason

Manager of Advanced Innovation/Industrialization, DeMarini (a division of Wilson Sporting Goods)

Making sure you buy the right 3D printer is our #1 priority.

Our 3-step validation process provides your team with all the data you need to make an informed buying decision. From day one, we focus on your parts and your use-case to ensure that the technology platform we recommend is perfectly suited for your application.

30-minute discovery call to discuss your requirements and determine which technology and material is best suited for your application.

Send us your part files and we'll supply your team with a detailed feasibility study that includes: parts per build, print time, and material usage data.

We print your parts (at cost) and ship them to your engineering team for final inspection and validation.

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