Rapid Prototyping
We help teams turn design intent into physical prototypes quickly, with enough engineering rigor to support real learning, early integration, and product iteration.
Our work spans mechanical prototypes, low-volume PCB builds, in-house assembly support, support hardware, and prototype integration for teams that need to move faster without losing technical direction.
What We Do
We close the gap between design and real hardware through short build loops that combine mechanical parts, electronics, assembly, and bench integration. The output is not a prototype for presentations - it is hardware the engineering team uses to learn, to integrate different parts of the system for the first time, and to make better decisions before committing to more expensive or permanent choices.
Depending on what the project needs, this may involve 3D-printed mechanical components, low-volume PCB builds with in-house pick-and-place and oven assembly, bench-level soldering and rework, support electronics, interface boards, or early encapsulation and packaging work. The right fidelity depends entirely on the question the prototype needs to answer - we scope accordingly rather than defaulting to a fixed format.
This capability is useful across different stages of development: validating mechanical fit before investing in tooling, building the first integrated unit to check firmware behavior against real hardware, preparing test-ready units, or building support hardware that lets the rest of the team work more effectively. In each case, the prototype is a means to an engineering decision, not an end in itself.
Typical Deliverables
Interconnected
Disciplines
Need to turn a concept into a functional prototype?
We help teams move from design intent to real hardware faster, with prototypes that support learning, integration, and better engineering decisions.