Built by an engineer, educator, maker, and lifelong technology enthusiast

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 deeper interest in the whole pipeline: design, engineering, fabrication, and building things people actually use.

Behind it is a background in electronics and electrical engineering technology, time spent teaching computing and engineering concepts, and years of hands-on work with automation, robotics, electronics, CAD, mechanical design, and programming. Curiosity is the constant thread — a habit of taking things apart, figuring out how they work, and building something better. Engineering gave that curiosity structure. Teaching turned it into something worth sharing.

What started as 3D printing grew into something broader because the underlying skill set was never really about the printer. It was always design, problem solving, and the willingness to prototype, test, and iterate until something works. That skill set applies just as well to a website, a circuit, a robotic joint, or a lesson plan as it does to a CAD model.

That's why K-Smitty Labs isn't organized around a single service. It's organized around a single approach, applied across four divisions: Engineering & Fabrication, Web & Digital, Robotics & Electronics, and Education. The specific deliverable changes with the problem. The process — understand it, design for it, build it, test it, refine it — doesn't.

Education is a deliberate part of that mix, not an afterthought. A working six-axis educational robotic arm, built and iterated in-house, is the clearest example: it's a mechanical design project, an electronics project, a programming project, and a teaching tool, all at once. That's the whole philosophy in one build.

Based in the North Carolina Mountains