What we build, end-to-end.

An exploratory engagement that de-risks your concept before any tooling is cut. We pair domain research with rapid technical feasibility studies — bench tests, off-the-shelf module evaluation, and rough BOM estimates — so the next phase starts on solid ground.

• ›Idea Development
• ›Technology Research
• ›Product Research
• ›Roadmapping
• ›Cost Modeling

• Concept brief (PDF) with annotated reference imagery
• Feasibility report covering technical risks & mitigations
• Preliminary BOM with target landed cost

A multidisciplinary design phase where industrial designers, ME, EE, firmware and app engineers work as one team. We iterate from CMF studies and schematic capture through DFM-aware CAD, releasing a complete design package ready for tooling and first article.

• ›Industrial Design
• ›Mechanical Design
• ›Electrical / PCB
• ›Firmware
• ›Software & Mobile
• + 2 more

• Released CAD package (STEP, native, 2D drawings, BOM)
• Schematic + PCB Gerbers, assembly drawings, pick-and-place
• Firmware source with build/flash documentation

In-house fabrication shop running additive, subtractive, and PCB lines side by side. Same-day SLA/FDM prints, 3-axis CNC for functional metal parts, and small-batch PCB assembly let us close design loops in hours instead of weeks.

• ›3D Printing
• ›CNC Machining
• ›Cast Urethane
• ›Sheet Metal
• ›Fast PCB
• + 1 more

• Functional prototypes ready for bench / field test
• Test reports per build (dimensional, electrical, environmental)
• Iteration log linking design revisions to physical units

We bridge the gap between a working prototype and a product on the shelf. From tooling kickoff through PVT and mass production, we run the supply chain, manage vendors, and own the quality plan so you can focus on launch.

• ›DFM / DFA
• ›Injection Molding
• ›Assembly Line
• ›Quality Control
• ›Compliance
• + 1 more

• Production-released BOM and AVL
• Tooling package + T1/T2 sample report
• Assembly SOPs, fixtures, and operator training