01 / Rigid
A stable platform for electronics.
Single-sided, double-sided and multilayer designs. Align laminate, copper and tolerances with the application.
PCB manufacturing / From files to finished boards
Get the board right.
Before the build begins.
Turn your Gerber files, material requirements and stack-up into a clear manufacturing plan—with engineering questions resolved before production.
Rigid · Flex · Rigid-flexPrototype to productionFree DFM review
Inside the board / Conceptual stack-up illustration
01Material & stack-upDefined around your design
02ManufacturabilityQuestions surfaced early
03Inspection & deliveryAgreed before release
Start with your product
A clearer specification.
A more useful quotation.
Select what you know. Leave the rest to the engineering review. This is a requirements brief—not an instant price calculator.
YOUR BOARD BRIEFRigid PCB
Material, copper, dielectric thickness and via structure work together. The final stack-up is confirmed against your files.
Illustrative layers only; not a production stack-up.What are you planning to build?
01 / Project inputsYour choices are added to the enquiry below. Nothing is sent until you submit the form.
Choose the board architecture
Different products.
Different board decisions.
Start with mechanical, thermal and electrical requirements. We review the manufacturing route against the actual design.
02 / Flexible
Connections that follow the product.
Define bend areas, thickness, stiffeners and installation conditions before the fabrication route is agreed.
03 / Rigid-flex
Bring rigid and flexible areas together.
Coordinate stack-up transitions, mechanical drawings and assembly requirements from the start.
From laminate to surface finish
Small specification choices.
Real manufacturing consequences.
AI-generated material illustration · not a factory photographMaterial + surface finish
Define the requirement.
Then choose the process.
FR-series epoxy glass, CEM composite, high-temperature and high-frequency laminates, metal bases, ceramic and polyimide families are listed in our existing manufacturing range. Suitability and availability need project review.
Discuss ENIG with your engineering review.
Request a free DFM check ↗Share fine-pitch features, assembly requirements and storage conditions so the finish can be evaluated with the design.
Check the fit early
The details behind
a manufacturable board.
Planning references from our existing service information. Final limits, material combinations and acceptance criteria are confirmed by engineering—not assumed from a headline number.
Board structuresRigid, flexible, rigid-flex & HDI
Trace / spacing reference5 mil / 5 mil
Panel size referenceUp to 24″ × 30″
Heavy copper reference3–20 oz, subject to design review
Via structuresThrough, blind, buried, micro & stacked vias
Layer count & impedanceConfirmed against the requested stack-up
A controlled route to delivery
What happens after
you send the files?
Engineering, manufacturing and release decisions stay connected. The exact process depends on the board structure and agreed requirements.
Resolve the open questions.
Review files, stack-up, materials, panelization, tolerances and manufacturing assumptions.
Output: agreed manufacturing scopeSet the production route.
Confirm laminate, copper, drilling, imaging and plating needs against the released design.
Output: approved fabrication inputsBuild through the defined sequence.
Connect patterning, lamination, drilling, plating, solder mask, finish and profiling as applicable.
Output: boards ready for inspectionRelease against the plan.
Confirm agreed inspection, electrical test, documentation, packaging and delivery requirements.
Output: reviewed shipment releaseNeed assembled boards too?
Keep fabrication and assembly in one conversation.
Add the BOM, placement data and test specification to your RFQ.
Before you request a quote
Practical answers.
Fewer assumptions.
Have a special requirement? Email sales@keepbestpcba.com or include it with your files.
What is the difference between single-layer and multilayer PCBs?
A single-layer board has one conductive layer. Multilayer boards combine multiple conductive layers separated by insulating material. The structure is chosen around routing, signal, power and mechanical requirements.
Do you manufacture multilayer PCBs? How many layers?
Multilayer manufacturing is included in the service. Send your required layer count and stack-up so engineering can confirm feasibility. We confirm the project-specific limit rather than applying one maximum to every material and via structure.
How long will my multilayer PCB take?
Timing depends on the released files, material availability, stack-up, via structure, finish, quantity and inspection requirements. Tell us your required delivery date; the quotation should state the confirmed schedule assumptions.
Which files should I send?
Send Gerber and drill files, a fabrication drawing, stack-up and board quantity. Include material, finish, copper, impedance and acceptance requirements. Native PCB/CAM files can be discussed during review. Add a BOM and assembly files if assembly is also required.
See the required-files guide →Can you advise on materials, finish and cost?
Yes—include the application and the requirements behind your specification. Laminate, finish, panelization and cost consultation can be included in the engineering conversation. Changes and alternatives should be agreed before production.
Engineering reading
Make the next decision
with better information.
Read the existing guides on manufacturing, design data and assembly.
Manufacturing fundamentals
Understand how a PCB is made.
Read the manufacturing guide →Production dataPrepare the right Gerber files.
Read the Gerber guide →From fabrication to assemblyConnect the complete build.
Explore the end-to-end guide →AI-generated process illustrations · not factory photographs
More engineering resources from the existing page
- Circuit board manufacturing and assembly
- PCB design and vias
- PCB and PCBA terminology
- BGA assembly
- FCT testing and process control
- Inspection equipment and quality control
- PCBA reliability
- Solder paste printing
- X-ray inspection
- Impedance control reference
- DFM reference
- AOI reference
- ICT reference
- Flying probe reference
PCB files ready?
Request a manufacturing review.
Send your design files and key requirements for an engineering review and quotation.
- Gerber, drill files and fabrication drawing
- Stack-up, material, copper and finish
- Quantity and required delivery date
Need assembled boards? Include your BOM too.
Prefer email?
sales@keepbestpcba.com ↗
Tell us about your PCB
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