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Mixed material ownership without losing production control
Consigned / Kitted PCB Assembly for customer-supplied and mixed-sourcing programs
Some buyers want to supply strategic parts, controlled inventory, or full component kits. We support consigned, kitted, partial turnkey, and mixed material models with incoming checks, shortage visibility, MSL handling, and clear ownership rules.
Customer-supplied components
Partial turnkey support
Incoming kit checks
Shortage and excess reporting
Flexible ownership
You can supply critical parts while we source standard items or assemble from complete kits.
Incoming visibility
Customer-supplied reels, trays, tubes, labels, MSL status, and shortages are checked before production release.
Cleaner accountability
Material ownership, excess handling, substitutions, and shortage responsibility are documented before the build.
Best fit
RFQ inputs
Process
Deliverables
Quality
Risks
FAQ
When consigned or kitted assembly makes sense
This model is useful when procurement strategy, certification, or inventory control requires the buyer to own part of the supply chain.
Strategic component control
You keep ownership of critical ICs, allocated parts, programmed devices, or qualified components.
Partial turnkey programs
We source common components while you supply sensitive or already-stocked materials.
Prototype and NPI kits
Engineering teams can ship kits for fast assembly while sourcing strategy is still evolving.
Regulated or trace-sensitive products
Buyer-approved parts stay under controlled ownership and release rules.
What to share for an accurate RFQ
Complete files help us return a cleaner quotation with fewer assumptions and fewer hidden changes later.
Files and project details
Gerber or ODB++ package
BOM with ownership marked for each line: customer-supplied, supplier-sourced, or optional
Centroid and assembly drawing
Kit list, packing list, reel IDs, MSL status, and excess quantity plan
Approved substitutions and shortage escalation rules
Inbound shipping schedule, customs notes, and receiving contact
Decisions to confirm early
Define who owns shortage risk for each BOM line
Confirm minimum excess quantity for machine setup and attrition
Agree MSL, bake, dry-pack, and storage handling
Confirm return, scrap, or retain rules for excess materials
Define what happens when supplied parts fail incoming inspection
How the manufacturing workflow runs
The workflow is built to reduce uncertainty before production release and keep useful records for repeat orders.
1
Ownership mapping
Each BOM line is marked by supply responsibility and approval authority.
2
Incoming kit check
Parts are checked for quantity, labeling, packaging, MSL status, and obvious mismatch risks.
3
Shortage resolution
Missing, damaged, or substitute-sensitive parts are reported before production release.
4
Assembly and reconciliation
Build records, usage, shortages, and remaining material status are organized for closeout.
Controls that keep kitted assembly clean
The biggest risk in consigned assembly is confusion. Clear material identity and ownership reduce delays and disputes.
Kit identity checks
Part numbers, labels, reel IDs, quantities, and packaging are checked against the BOM.
Moisture-sensitive handling
MSL parts are identified so storage, baking, and floor-life expectations can be managed.
Shortage reporting
Missing or insufficient materials are reported before they stop the line.
Material reconciliation
Used, remaining, scrapped, or returned parts can be summarized according to the agreed process.
Material-control deliverables for consigned assembly
Customer-supplied material works best when ownership, shortages, excess, and inspection responsibility are defined before parts arrive.
Practical deliverables
BOM ownership map for customer-supplied and factory-sourced lines
Incoming kit check for labels, quantities, package type, and MSL status
Shortage, mismatch, and damaged-part reporting
Material usage, excess, return, or scrap summary if agreed
Assembly release record tied to customer-supplied material status
Decision evidence
Ownership map
Incoming kit check
Shortage report
Material closeout
Buyer question
How this service answers it
When it matters most
Ownership
Each BOM line has a clear supply and approval owner.
Use when strategic components stay under buyer control.
Attrition
Extra quantity is planned for feeder setup, loss, and rework risk.
Use when cut tape or rare parts could stop the line.
MSL handling
Opened or sensitive parts need storage and bake rules.
Use when package condition affects soldering reliability.
Closeout
Excess material return, retain, scrap, or transfer rules are agreed early.
Use when inventory accountability matters after assembly.
Consigned material risks to resolve before shipment
These are the most common reasons customer-supplied materials create assembly delays.
Risks to clarify
BOM does not mark who supplies each line item
Cut tape quantity is too low for feeder setup and attrition
Reels or bags arrive without clear labels or MPN references
MSL parts arrive opened without floor-life information
Substitute decisions are not assigned to a responsible approver
Excess material return or scrap rules are not agreed
For kitted jobs, add extra quantity for feeder setup, attrition, and possible rework. Exact needs depend on package type and lot size.
FAQ
What is consigned PCB assembly? It means the customer supplies some or all components, while the assembly factory handles production and agreed inspection steps.
Can you support partial turnkey? Yes. We can source some BOM lines while you supply strategic, expensive, programmed, or qualified components.
How much extra material should be supplied? It depends on package type, lot size, feeder setup, and attrition risk. We review this during RFQ.
What happens if supplied components are short? Shortages are reported before production release, and the next action is decided according to the agreed ownership rules.
Can excess parts be returned? Yes, return, retain, or scrap rules can be agreed before the project starts.