Design
Ideas developed properly, from sketch to parametric model.
About
Ideas, engineered into real things
K-Smitty Labs is a growing design and fabrication brand built around one idea: if you can describe it, it can probably be designed, printed, and put to work.
The Story
Where this comes from
K-Smitty Labs started the way most maker businesses do — with a problem that didn't have an off-the-shelf answer. One printed part turned into a workshop, a growing catalog of products, and a real passion for the whole pipeline: design, engineering, 3D printing, and building things people actually use.
Today the work splits two ways. There are ready-made products — organizers, functional household pieces, décor, fidgets, and educational models — designed in-house and available to buy right now. And there's custom work: replacement parts, fit-specific designs, personalized pieces, and prototypes modeled from scratch in CAD for customers who need something that doesn't exist yet.
What ties it together is the approach. Every project gets treated like an engineering problem first and a print job second. That means asking what the part has to do, where it fits, and what it has to survive — then choosing geometry, material, and print strategy to match.
The next chapter is education. K-Smitty Labs is actively developing educational robotics: a working 6-axis desktop arm, Arduino-based control and automation lessons, and electronics curriculum drawn from teaching PLCs and circuit analysis. The goal is to put real, repairable engineering hardware into students' hands.
Based in the North Carolina Mountains
What Drives It
Design, engineering, education
Engineering
Tolerances, loads, and materials considered before printing.
3D printing
Multiple printers and materials tuned for consistent output.
Prototyping
Iterate fast, test in the real world, refine, repeat.
Problem solving
The best projects start with 'this doesn't exist yet.'
Education
Robotics, electronics, and controls that make engineering tangible.