The capture of production, quality, labor, and equipment data where manufacturing work is performed.
Shop-floor data collection commonly refers to the capture of operational data at or near the point where manufacturing work is performed. This can include information entered by operators, recorded by machines, scanned from materials or travelers, or generated by connected equipment and sensors.
In manufacturing environments, the term usually covers data such as production counts, work order status, lot or serial information, material usage, process parameters, downtime events, inspection results, nonconformances, and labor activity. The purpose is to create a current record of what happened on the shop floor, when it happened, where it happened, and often who or what performed the activity.
It applies across manual, semi-automated, and automated operations. Data may be collected on paper forms, terminals, HMIs, tablets, barcode scanners, PLC-connected systems, MES applications, or other plant systems. The term describes the collection activity itself, not any one software product or device.
Includes: production reporting, machine status capture, operator entries, material traceability scans, in-process quality results, reason codes, and timestamped execution records.
Does not necessarily include: analysis, KPI calculation, scheduling, or enterprise planning, although collected data is often used by those functions later.
Is not limited to automation: manual entry is still shop-floor data collection if it records manufacturing events at the point of work.
Operationally, shop-floor data collection is the mechanism that feeds execution, quality, traceability, and performance systems with factual production records. In a connected environment, it often links shop-floor events to MES, ERP, QMS, historians, CMMS, or analytics platforms. For example, a completed operation may trigger quantity reporting to ERP, update a traveler in MES, record a lot genealogy event, and attach inspection evidence for quality review.
In regulated or traceability-focused environments, the captured record may also support reconstruction of as-built or as-performed history. The term itself does not imply that records are complete, approved, or compliant. It only refers to the gathering of data from manufacturing activity.
Shop-floor data collection is often confused with MES, SCADA, or machine monitoring. They are related but not identical.
MES manages and records manufacturing execution more broadly. Shop-floor data collection is one capability commonly used within MES.
SCADA focuses on supervisory monitoring and control of industrial processes. It may provide data used in shop-floor data collection, but it is not the same concept.
Machine monitoring centers on equipment state and performance, while shop-floor data collection also includes labor, materials, quality, and transaction-level production events.
Data entry is narrower. Shop-floor data collection may involve manual entry, but also automated capture, scanning, and device integration.