Real products, designed for real manufacturing — injection-molded parts in production and sold around the U.S., a sealed IP67 enclosure beta testing in the field, and sporting goods built to be set up in minutes. Every one of these went through the same process on the Process page.
PATENTED · SOLD AROUND THE U.S.A multi-use net structure that enables multiple games for schools and churches — one frame system, designed to be cost-effective to manufacture.
Currently being sold around the U.S.Read the case study ›
BETA TESTING IN THE FIELDA flowmeter for pest control companies — casing, flowmeter, sensors, and PCB designed as one system, in an enclosure designed to an IP67 rating for easy assembly.
Currently beta testing in the field, with 2D drawings ready to send to manufacturing.Read the case study ›
IN PRODUCTIONA custom multi-compartment pill organizer, taken from concept to production — injection-molded parts with proper draft, wall thickness, and snap-fit features.
Worked directly with the manufacturer to refine the geometry and ensure smooth mass production.Read the case study ›
PATENTED · SOLD AROUND THE WORLDParts designed ready for manufacturing, including a patented clip-on briefcase — prototyped and iterated, with 3D renders for marketing and 2D drawings for manufacturers.
A patented clip mechanism, carried from design through manufacturing-ready drawings.Read the case study ›
Playground 9 Square set for schools, churches, and community centers. Designed with FEA to ensure safety, plus the full package: realistic renders, an instruction packet, assembly drawings, and a manufacturing drawing packet.

Portable straps for night play — over 3 hours of light on a single use, made cost-effective, with a full tech pack created for manufacturers.

A protective casing that holds a ratchet securely, prevents injuries, and keeps the tool easy to grab. Designed for injection molding, with the ability to 3D print.

A fully custom speaker enclosure in wood — internal acoustic volume, porting, and structure engineered for the right sound, then built and refined through multiple prototypes.

A 3D-printed lattice moss pole for climbing houseplants — designed, printed, and in daily use.

A complete chess set designed and 3D printed piece by piece — every piece modeled in CAD and finished by hand.

Version 2 of the 9 Square Castle Squares Pro — a patented redesign in Nylon PA6 GF20, designed for injection molding. The redesign cut the bill of materials by 15% and reduced setup time by 5 minutes.

A patented clip that connects two panels together — and snaps onto a pole so pieces don't get lost. Designed for injection molding, coordinating with manufacturers.
A custom fly trap with a screw-on lid and jar interface — all injection-molded components engineered, with multiple 3D-printed prototype rounds to refine fit and function.
Designed and prepared for a DFM injection-molding quote — a modular bear with 10+ designed accessories.
Manufacturing drawings for an injection-moldable 5-part toy, with spots for electronics and wiring, following toy safety compliance.
A manufacturable book maker in wood and sheet metal, with a satisfying pressing button designed for the user.
Designed and prototyped — extrusions with a telescoping mechanism, strength tested and determined through FEA.
Trainer gripper fingers for robots to mimic, with a linkage system that copies the motion of the robotic arm.
Your project gets the same treatment: covered by NDA (ours or yours), and nothing public is ever posted without your say-so.
Every project gets a free 30-minute consultation — past 30 minutes, $25 per 15 minutes.