PCB & SMT Component Traceability System
We integrate your SMT lines, AOI and test stations so every board serial links to its reels, feeders and results. Built for customer audits.
Serial-Bound Component Genealogy
Each board serial carries the reels, lots and date codes loaded on the line when it was placed.
Wrong-Part Loading Prevention
Feeder setup is verified against the BOM by scan before line start, so a wrong reel never runs.
Audit Answers in Minutes
Customer and IPC traceability queries answered from stored records, not a week of shop-floor reconstruction.
Our PCB & SMT Component Traceability System
Serialisation, setup verification, materials control and test data binding - engineered as one traceability layer across SMT, backend assembly and test, so a quality head closes a containment question the same day.
1. Board Serialisation & Panel Mapping
A board is only traceable if it carries an identity before the first component lands. We register serials at panel level, then map every depanelised board back to its panel position.
Key Capabilities:
2. Feeder, Reel & Setup Verification
The most expensive SMT defect is a correct process running the wrong part. We enforce scan-verified setup against the BOM at every feeder slot, and block line start until it matches.
Key Capabilities:
3. MSD, Solder Paste & Stencil Control
Moisture sensitive devices, paste and stencils all carry clocks that operators forget. We track floor life, exposure and usage counts against the actual bag opening, jar issue and stencil cleaning event.
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4. Test Result Binding & Recall Containment
SPI, AOI, ICT and functional test each produce data that dies inside a machine log. We bind every result to the board serial, so a date-code recall lands on the exact boards.
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Technologies That Power Our Solutions
Shop-floor technologies selected against your placement machines, test benches and marking substrate, because the wrong marking method fails later, not on day one.
Direct Part Marking & Label Systems
Laser marking and print-and-apply labelling qualified against your substrate, reflow profile and cleaning process, so the code survives.
Applications
Machine Vision & Code Reading
Fixed and handheld readers grade 2D DataMatrix quality, so a code readable on your line still reads at incoming inspection.
Applications
SMT Line & Machine Data Integration
We connect to placement machines, printers, SPI, AOI and test stations over native interfaces, pulling setup and result data automatically.
Applications
MES Data Platform & Genealogy Store
An event store built for component-level genealogy queries at volume, deployed on-premise where customer agreements require it.
Applications
Industry Success Stories
Representative outcomes from Indian EMS and OEM electronics plants. Figures are indicative ranges typical of this solution type and must be confirmed against your own baseline before publication.
EMS Providers Serving Multiple OEMs
Contract assemblers running high-mix low-volume work with differing customer traceability specifications on shared lines.
Results Achieved:
Consumer Electronics OEM Plants
In-house assembly lines at volume, where a single component date-code issue can affect many thousands of units.
Results Achieved:
Automotive & Industrial Electronics
Suppliers building safety-relevant boards where customer audits demand component-level genealogy on demand.
Results Achieved:
Key Performance Indicators
The measures a quality head and a production engineering head sign off together. Targets are design goals we agree in writing before deployment.
Genealogy Query Response Time
Time to return full component and process history for a board serial.
How we get there: Machine data is bound to the serial at capture, not reconstructed later.
Setup Verification Coverage
Share of line setups verified slot by slot against the BOM.
How we get there: A line start interlock will not release an unverified feeder table.
Code Read Rate After Reflow
Share of board serials still readable at end of line after reflow.
How we get there: Marking trials are run on your own substrate and reflow profile.
Containment Precision
Proportion of a suspect population narrowed to boards built with the affected lot.
How we get there: Reel-level records replace shift-level assumptions about what actually ran.
How We Deliver
A staged sequence that proves traceability on one SMT line before it touches the plant.
Requirement Study & Line Data Audit
We walk each SMT and backend line, list machine makes, interfaces and log formats, and document the traceability level each customer programme demands.
Solution Design & Marking Method Selection
Marking method, reader placement, data model and machine integration points are trialled on your own boards and signed off before hardware is procured.
Pilot on One SMT Line
One line runs live with setup verification, serialisation and test binding against agreed acceptance criteria, so yield impact and read rates are proven on real product.
Rollout, Operator Training & Support
Remaining lines and backend stations are commissioned, operators and setters are trained on the new interlocks, and the system moves into an agreed AMC.
Why Choose Our PCB & SMT Component Traceability System?
Why EMS and OEM electronics plants engineer traceability instead of licensing a generic MES module.
Built for Mixed Machine Fleets
Most Indian plants run placement, AOI and test equipment from several vendors and generations. We integrate what you already own rather than insisting on one brand.
Traceability Level Set by Customer
IPC traceability requirements differ by programme. Depth of capture is configured per work order, not fixed plant-wide at the highest cost point.
Hardware Performance Is Ours
Marking, reading and interlock hardware is supplied and installed by us, including qualification that the code survives reflow and aqueous cleaning.
Your Line Speed Respected
Every capture point is designed against your takt time. Verification that adds seconds per board gets redesigned, because a slow interlock will be bypassed.
Answer Any Board Serial Query
Book a requirement discussion with our engineering team. We will audit your line data interfaces, customer traceability specifications and marking constraints, then propose a single-line pilot with defined acceptance criteria and an indicative hardware outline.
Frequently Asked Questions (FAQs)
A PCB traceability system binds every printed circuit board to the materials, machine setup and test results that produced it. Each board carries a unique 2D DataMatrix serial. As it moves through printing, placement, reflow, inspection and test, the system records which reels and component lots were loaded in which feeder slots, which stencil and paste were used, and what each station reported, so any board traces back to its build conditions.
A custom build. We are a solution development and systems integration company, not a software licensor. The engagement starts with a requirement study covering your machine fleet, customer traceability specifications and line layout, and there is no per-user licence.
Depth of capture is configurable, from lot-level material association up to serialised component-level genealogy bound to each board. The required level is set per work order or customer, so you do not pay serialised capture cost everywhere.
Yes. Laser markers, print-and-apply labellers, fixed and handheld DataMatrix readers and line interlock hardware are scoped, supplied, installed and integrated. We qualify code survival through your reflow profile and cleaning process first.
Yes. We integrate over the native interfaces of placement, SPI, AOI, ICT and functional test equipment, including older machines that only drop log files on a shared folder. Otherwise we capture at the operator station.
Work orders, BOMs, revisions and dispatch data flow in from SAP, Oracle, Navision or Tally, and genealogy and yield data flow back. Where an MES already runs, we integrate as the traceability layer, not a duplicate.
Yes. Many EMS providers hold customer agreements requiring build records to stay inside the plant network. On-premise, private cloud and hybrid are supported, with reporting exposed through a controlled interface.
It should not, and we design against that. Capture points run inside existing handling time, machine data is pulled rather than typed, and any verification step adding meaningful seconds per board is redesigned during the pilot.
A single-line pilot is typically running within eight to fourteen weeks of requirement sign-off, depending on machine interfaces, marking trials and hardware lead times. Remaining lines follow in phases.
The system moves into an agreed AMC covering response times by severity, preventive maintenance of markers and readers, integration changes when a machine is replaced, and enhancement requests.