PCB Design Service for Hardware Teams
End-to-end PCB design for startups, product teams, and OEMs that need a board that can move from prototype to production without getting stuck in vague contractor loops.
Last updated 2026-05-27
- Typical scope
- Schematic, PCB layout, BOM, fab package
- Best fit
- New hardware products and redesigns
- Handoff
- Build files plus design assumptions
What we deliver
A design package that is ready for fabrication and assembly, with the context needed for bring-up and future revisions.
- Requirements capture and design constraints
- Schematic capture and design review
- PCB layout with manufacturability checks
- BOM selection, alternates, and sourcing notes
- Gerbers, drill files, pick-and-place, and assembly notes
How the process works
We start by resolving ambiguous product requirements, then move through schematic, layout, sourcing, and manufacturing preparation with fixed checkpoints. The goal is to make design tradeoffs explicit before the board is ordered, not discover them during bring-up.
- Architecture and requirements review before schematic capture
- Schematic checkpoint before layout begins
- Placement and routing review before manufacturing outputs
- BOM and fabrication package review before release
Why teams use Solderable
Hardware teams choose Solderable when speed matters but the board still needs to survive real manufacturing constraints, sourcing volatility, and bring-up risk.
Common PCB design projects
Solderable is a fit for teams that need custom electronics designed around a real product instead of a generic dev-board stack.
- New hardware MVPs that need schematic, layout, and build files
- Redesigns that replace fragile wiring, modules, or failed contractor work
- Carrier boards, sensor boards, industrial controllers, IoT devices, and wearables
- Production revisions that need BOM cleanup, DFM review, and manufacturing support
What makes the handoff useful
A useful PCB design handoff includes the files and the reasoning behind them. We document power assumptions, connector choices, sourcing risks, layout constraints, DFM notes, and bring-up priorities so future revisions do not restart from guesswork.