PCB For You · Division 01
Requirement in.Working PCB out.
Schematic to physical board. Design, DFM review, fabrication and assembly for small batches and prototypes. Startup-friendly — no massive minimums, no corporate runaround.
5 units
Min. batch
5–10 days
Prototype lead
1–8
Layers
Same day
Response
One board, five sheets
Follow a board from the idea to the bench.
Here is what happens between your brief and a tested, assembled board, drawn the way each stage actually looks. It is one small sensor board all the way through.
Sheet 01 / 05 · Requirement
It starts as a sentence.
Send Gerbers and a BOM if you have them, a schematic if that's what you've got, or just the problem. Before anyone draws a line, the idea becomes a requirements sheet: power, size, interfaces, layer count, quantity.
- Works from Gerber + BOM, a schematic, or just an idea
- Honest estimate and timeline, usually the same day
- Constraints agreed before the design starts
Example brief · as received
We need a small motion-sensing board. It should be USB-C powered, talk to a phone over Bluetooth, and blink an LED when it moves. About 25 units for a pilot.
Or start from
Requirements sheet
- Sensing6-axis motion sensor on I²C
- Power5 V from USB-C, regulated to 3.3 V
- WirelessBluetooth LE module
- IndicatorOne status LED on a GPIO
- Quantity25 units, prototype batch
- Board50 × 40 mm · 4 layers · FR-4 · HASL or ENIG
Requirements locked · ready for schematic
Sheet 02 / 05 · Schematic
Every net, decided on paper.
The requirements become a schematic: which parts, how they connect, and the decoupling and protection that keep the board alive. It is checked and reviewed before layout begins, so mistakes cost minutes instead of a board.
- Schematic capture with an electrical-rules check
- BOM review and component substitution
- Sourcing checked while the design is still open
Sheet 03 / 05 · PCB layout
Placement, then routing, then rules.
Parts are placed by signal flow, power and ground get their copper, and traces are routed one layer at a time. Design-rule checks run before the files are released for fabrication, so problems surface on screen instead of on a finished board.
- Schematic to PCB layout
- DFM review before fabrication
- Gerber file preparation
Sheet 04 / 05 · Fabrication
Built up one layer at a time.
A multilayer board is built inside-out: etched cores, lamination, drilling, plating, mask and finish, then test. Here is the path a 4-layer board takes, the same order whether it is a single prototype or a batch.
- 1–8 layer rigid FR-4
- HASL or ENIG surface finish
- Prototype lead time 5–10 working days
Fabrication · step 1 of 9
Copper-clad core
Fabrication starts with a rigid FR-4 core bonded with copper foil on both faces.
Sheet 05 / 05 · Assembly
Paste, place, reflow, test.
Solder paste goes on through a stencil, the parts land on it, and the board rides a controlled temperature profile so every joint forms at once. Then inspection, and a functional test against the requirements it started with.
- SMT and THT assembly, manual assembly for prototypes
- Functional testing, visual inspection and basic electrical verification
- Assembly batches in 2–3 weeks, with WhatsApp updates throughout
Reflow profile
- Paste printed
- Parts placed
- Reflowed
- Inspected
- Tested
Assembly · step 1 of 5
Solder paste printing
A stencil sits on the bare board and a squeegee pushes solder paste through its apertures, so every pad gets exactly the paste it needs.
What we do
Everything on that journey, under one roof.
From a first schematic to a tested, assembled board. Use one stage or all five.
PCB Fabrication
- Single, double & multilayer PCBs
- FR4 standard material
- Prototype-friendly (5+ units)
- Standard & custom board sizes
Assembly (PCBA)
- SMT & THT assembly
- Component sourcing support
- BOM review & procurement help
- Manual assembly for prototypes
Design Support
- Schematic to PCB layout
- DFM review before fabrication
- BOM review & component substitution
- Gerber file preparation
Testing
- Functional testing post-assembly
- Visual inspection
- Basic electrical verification
- Debug support if something's off
Turnaround
- Prototype: 5–10 working days
- Assembly batches: 2–3 weeks
- WhatsApp updates throughout
- Quick iterations supported
Who It's For
- OEM engineering teams needing low-volume production runs
- Industrial product companies validating new designs
- R&D labs and funded hardware startups
- Teams whose volumes are too small for a large EMS
Our work
Boards we've built.
Built in-house. Every board tested before delivery.
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Getting started
Three steps, same-day quote.
Share your files
Gerber files + BOM if you have them. Or just a schematic. Or just an idea — we'll work from wherever you are.
We review & quote
We check for DFM issues, give you an honest estimate, and confirm the timeline. Usually same day.
We build & ship
We fabricate, assemble, test, and deliver. You get WhatsApp updates along the way.
Questions
Before you send files.
The short answers. For anything else, WhatsApp is the fastest way to reach us.
Get started
Ready to get your PCB made?
Share your files or describe the project. We'll take it from there.