PCBA Turnkey RFQ

PCBA Turnkey Assembly with BOM Sourcing Built In

Upload Gerbers, BOM, CPL and assembly notes. Informic reviews sourcing, PCB data, SMT/DIP scope, inspection and test needs before build release.

PCBfabrication support

BOMsourcing built in

SMT/DIPassembly planning

AOI/X-rayinspection path

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Get PCB, BOM, assembly, inspection and test questions in one quote path.

Gerber / BOM / CPL
SMT, DIP, BGA or QFN scope
Test and packing notes

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One RFQ for PCB, BOM and Assembly

Turnkey PCBA is easier to buy when shortages, file gaps, assembly scope and inspection expectations are reviewed before the order starts.

File gaps closed

CPL, polarity, assembly drawings and test notes checked early.

BOM shortages handled

Long-lead ICs, connectors and passives reviewed before boards wait for parts.

Build scope clear

SMT, DIP, programming, test, packing and inspection expectations separated.

Prototypepilot builds

SMT / DIPmixed assembly

BGA / QFNfine-pitch review

AOI / X-rayinspection path

Build Review Before Assembly Starts

The quote should show what is ready, what is missing and what could delay the build.

Gerbers, BOM, CPL/XY and assembly drawings aligned.
No-fit, polarity, orientation and special handling notes reviewed.
Shortage parts checked before PCB fabrication begins.
AOI, X-ray, functional test or programming needs defined.
Responsibility clear across PCB, components, assembly and rework.

PCBA Build Work We Quote

The build package is reviewed around real assembly risks: SMT process, placement data, dense packages, mixed technology, kitting and test readiness.

SMT assembly and reflow build

Surface-mount assembly is reviewed with PCB panel data, BOM availability, stencil needs and placement file quality before release.

Placement, polarity and orientation control

CPL/XY files, polarity marks, orientation notes and no-fit decisions are checked before the first board is built.

BGA, QFN and fine-pitch assembly

Dense packages, pitch, clearance, thermal behavior and inspection access need acceptance language before the build starts.

Mixed SMT and DIP through-hole build

Connectors, terminal blocks, relays, capacitors and tall components change labor, soldering, inspection and packing assumptions.

Turnkey PCBA kitting and build flow

PCB fabrication, component sourcing, kitting and assembly are presented as one managed path, not three disconnected vendors.

First-article inspection and functional test

Fixtures, pogo pins, programming, AOI, functional test and packing expectations should be visible before production starts.

PCBA Capability Snapshot

Assembly scope	SMT, DIP/through-hole, mixed assembly, BGA/QFN, connectors and special hand operations reviewed by file.
Turnkey inputs	Gerber, BOM, CPL/XY, assembly drawing, no-fit notes, test notes and packing requirements checked together.
Inspection / test	AOI, X-ray, first article, functional test, programming, ICT or fixture needs clarified before build release.
Build support	PCB fabrication, component sourcing, kitting, shortage review, assembly and delivery handled in one RFQ path.

Turnkey PCBA quote flow

Review PCB files, BOM, CPL and assembly drawing together.
Check component availability, alternates and long-lead items.
Confirm assembly method, inspection and test requirements.
Clarify open engineering questions before order release.
Coordinate PCB fabrication, sourcing, assembly and delivery as one workflow.

What Makes the PCBA Quote Useful

The build moves faster when files, BOM and test requirements are reviewed together.

Files alignedGerber, BOM, CPL/XY, assembly drawing, no-fit notes and test notes are checked as one build package.

BOM locked earlyUnavailable parts, alternates, package mismatch and long-lead components are surfaced before boards are built.

Build scope clearSMT, DIP, mixed assembly, hand operations, programming, test and packing are separated in the quote path.

Inspection planAOI, X-ray, functional test, first article and rework expectations can be defined before production starts.

PCBA Applications We Support

Application context helps set the right inspection, sourcing, test and packing expectations.

Industrial control assembliesController, power, sensor, HMI and automation boards where lifecycle and repairability matter.

Automotive electronics modulesControl, lighting, interface and connector-heavy builds with approved-source requirements.

AI and data-center support boardsPower, management, interface and test boards tied to constrained component sourcing.

Power electronics and LED assembliesThermal, copper, connector and test requirements handled before build release.

IoT, sensor and communication boardsSmall-batch to production assemblies with firmware, test and packing notes.

Prototype to production transitionPilot builds where file gaps, BOM shortages and first-article inspection must be closed early.

SMTDIP / through-holeMixed assemblyBGA / QFNAOIX-rayFunctional testProgramming

Why Buyers Quote PCBA with Informic

Informic connects component sourcing strength with PCB and assembly review, so the quote is not split between disconnected suppliers.

Responsibility is visible

PCB, BOM, SMT/DIP, inspection and test are shown as one managed workflow.

File checklist is explicit

Gerber, BOM, CPL, assembly drawing and test notes are named where buyers expect them.

BOM strength is integrated

Informic's strongest advantage, component sourcing, is tied directly to turnkey assembly risk reduction.

Proof Points Before You Send Files

Before sharing a BOM, Gerber package or build file, buyers need to see how the supplier handles cost, schedule and quality risk.

Actionable RFQ replyAvailability, lead time, MOQ, cost drivers and open questions are returned in one clear path.

Quality risk visibleDate code, packaging, traceability, DFM, assembly and test notes are handled before order release.

No stale instant priceCritical parts and builds are quoted against real files, quantity and stock conditions.

One accountable pathComponents, PCB and PCBA risks are managed together when the project needs it.

Send the Build Package

Most PCBA delays start before production. Send the files while placement, BOM and test risks are still easy to correct.

Upload Gerber, BOM and CPL together whenever possible.
Call out prototype, pilot or production quantity expectations.
Mention programming, fixture, conformal coating or functional test needs early.

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Buyer Questions Before Sending RFQ

What files are needed for a PCBA quote?

Gerbers, BOM, CPL/XY placement file and assembly drawing are the core files. Test notes, firmware, programming and inspection requirements should be added when relevant.

Can you source components for the build?

Yes. Informic can review the BOM, source components, flag shortage items and discuss alternates before assembly.

Can you quote prototype and production PCBA?

Yes. Prototype, pilot and production builds can be reviewed, but file completeness and component availability strongly affect lead time.

What causes PCBA delays most often?

Missing placement files, unclear polarity, unavailable parts, unapproved alternates and undefined test requirements are common quote and build blockers.

Send the build package before the handoff breaks

If you need PCB, BOM sourcing and assembly handled together, send the package now. The first reply should expose blockers before they become production problems.

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Fastest way to get a useful reply

Part numbers or files
Target quantity
Delivery country
Date-code, traceability or test requirements

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