GJP Precision developed from hands-on 3D printing into something much broader. What started with producing relatively simple parts gradually led to more challenging projects — components that were damaged, unavailable, needed modifying, or simply didn't exist.

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As those projects became more complex, the capabilities grew with them. CAD design became an essential part of the process, followed by reverse engineering and 3D scanning to recreate existing components and capture geometry that couldn't easily be measured by hand.

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The focus then moved beyond simply printing parts. Prototypes could be produced, tested, adjusted and refined before moving into final components or repeat small-batch production using engineering-grade and reinforced materials.

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Today, GJP Precision brings those capabilities together under one process — taking a project from an idea, drawing, scan or physical component through CAD development, prototyping and into a finished functional part.

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The business continues to grow around the same principle it started with: solve real problems and make parts that work.