Serial number management
Receive, generate or import authorised serials and control their state from allocation through commissioning, scrap or rework.
A unique history for every product
Product serialisation and manufacturing genealogy systems
Create, apply, verify and track unique identities so a finished product can be connected to the components, processes and quality evidence behind it.
Direct answer
Product serialisation and manufacturing genealogy systems
Product serialisation assigns a unique identity to an item, assembly or logistics unit. Product genealogy is the searchable relationship between that identity and the materials, components, operations, inspections, rework and dispatch events recorded during its lifecycle.
A practical system must control where serials come from, prevent duplication, confirm that the physical mark matches the digital record and preserve parent-child links when components become assemblies.
- Identity
- Unique serial, UID, UDI, Data Matrix or RFID
- Relationships
- Component-to-assembly and pack aggregation
- Events
- Build, inspection, rework, release and dispatch
- Interfaces
- Printer, marker, scanner, PLC, MES and ERP
System outcomes
What the application can deliver.
The scope is selected around the production question, the evidence required and the response the operation must take.
Parent-child aggregation
Associate component serials with sub-assemblies, finished products, cases or pallets while preserving the production relationship.
Process genealogy
Connect each identity with operations, machines, tools, operators, test results and quality decisions required by the project.
Search and evidence
Support forward and backward searches, warranty investigation, containment and audit evidence from the retained event history.
Application method
Build evidence into the operating sequence.
Trials and process mapping establish how normal production and exceptions should behave before the system is released.
Map the genealogy model
Define which objects need identities, when relationships are created and what events must be retained.
Prove mark and read performance
Select label, inkjet, laser, dot peen, RFID or combined identification using representative parts and production conditions.
Control serial lifecycle
Design allocation, duplicate prevention, verification, reject, rework, scrap and recovery rules.
Connect the enterprise record
Exchange orders, serials, status and results with the appropriate database, ERP, MES or customer system.
Frequently asked questions
Product serialisation and manufacturing genealogy systems: practical questions
Clear answers to the questions that usually shape the first technical discussion.
What is the difference between serialisation and batch traceability?+
A serialised system identifies individual items, while batch traceability groups products under a shared lot or batch identity. Many processes use both so individual products remain connected to common material and production lots.
Can existing serial numbers be imported from an ERP or customer system?+
Usually yes, subject to the available interface and control rules. Serial pools may be imported, requested or generated, then status and production results returned.
How are duplicate serial numbers prevented?+
The design should check serial state before use, control printer or marker jobs, verify the physical identity and prevent a serial being commissioned twice without an authorised recovery path.
Can genealogy include rework and repair?+
Yes. Rework, component replacement, retest and repair events can be linked to the same product identity so the final history reflects what actually happened.
Discuss your application
Turn the requirement into a practical next step.
Share the product, code, process, line speed and data outcome. We will identify the right trials, technology and integration scope.