This page is for teams buying complete flex or rigid-flex builds, not just bare boards. We review the package before pricing so the quote reflects real material risk, assembly complexity, fixture needs, and inspection scope. That matters when a low headline price later turns into ECO churn because the bend area, stiffener stack, long-lead components, or acceptance criteria were never aligned at RFQ stage.
NPI teams use this service when they need fabrication and assembly to launch from the same controlled document set, with DFM issues closed before the first PO.
Procurement teams move to a turnkey model when too many vendors create handoff errors between board fabrication, component sourcing, and assembly release.
Medical, automotive, and industrial programs need traceability, inspection plans, and clearly defined test deliverables before procurement signs off.
Teams that validate with a small build and then scale need pricing and process assumptions that already show the path to repeat production.
We review drawings, BOM, stackup, quantity split, target schedule, and any test or certification requirements before pricing.
Engineering checks manufacturability while procurement reviews long-lead parts, alternates, MOQ traps, and material assumptions.
You receive pricing with fabrication scope, assembly scope, tooling, panel assumptions, and timing options for sample and production.
If the release package is incomplete, we list the missing decisions clearly so your team can close them before the order is released.
First builds run against the agreed revision basis with inspection checkpoints and reporting matched to the program risk level.
After sample approval, the same controlled build plan carries forward into repeat production, shipment scheduling, and traceability.
We do not quote fabrication, sourcing, and assembly as disconnected line items and leave your team to reconcile the risk later.
The response is designed to help a buyer place the next order, compare suppliers, and escalate the remaining decisions internally.
Bend areas, stiffeners, coverlay openings, fixture assumptions, and impedance requirements are reviewed early because they move both cost and schedule.
The same service supports quick prototypes, pilot builds, and repeat releases without restarting the conversation at each stage.
A complete package shortens quoting time and reduces assumptions.
Gerber or ODB++, fabrication drawing, and assembly drawing
BOM with manufacturer part numbers and approved alternates if available
Stackup, material callouts, impedance targets, and finish requirements
Prototype quantity, annual demand, and target delivery date
Test reports, certifications, shipment destination, and packing needs
Structured for the next procurement step rather than a generic estimate.
Quoted pricing with tooling, NRE, and volume-break visibility
Sample and production lead times with key assumptions called out
DFM, sourcing, and manufacturability risks that still need closure
A clear next step: clarification, sample PO, or production planning review
Send Gerber or ODB++, fabrication and assembly drawings, BOM, stackup, quantity split, and target timing. The more complete the package, the more accurate the pricing and schedule.
Yes. We normally structure the response so procurement can compare sample, pilot, and production scenarios without restarting the RFQ.
We review the build for manufacturability, parts risk, panel strategy, test scope, and any flex-specific constraints such as bend zones, stiffeners, and impedance.
Useful background for the standards and quality frameworks commonly cited in buyer RFQs.
Overview of the standards organization referenced across PCB fabrication and assembly programs.
Background on the quality-management framework many supplier approvals rely on.
Reference for safety and compliance requirements that can affect materials and release documentation.
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