Connected lines, code traceability, and quality inspection, so packaging is faster and every unit can be traced
The Food Safety Law and the Drug Administration Law require end-to-end traceability for food and drugs. The Regulations on the Administration of Consumer Product Recalls require a defective product to be traceable. Packaging is the last production step in food, pharmaceuticals, and daily chemicals, and it decides whether a unit can be traced, whether a fake or a diverted case can be caught, and whether quality and compliance hold. Older lines assign codes in pieces, the data does not join up, tracing is slow, and inspection is still done by eye. Built on IoT and line integration, this solution connects packaging equipment, assigns one code per item, inspects by vision, and watches the line.
It covers bottles, cartons, bags, and cans. Codes can be barcodes, QR codes, or RFID, linked from the unit to the case to the pallet, which is what food and drug traceability rules ask for. Anti-counterfeit and anti-diversion use code-range control, a region check, and an alert when consumption looks wrong. Vision catches a missing fill, a missing part, a label in the wrong place, and bad print. The line reports machine state, output, and efficiency, including OEE. MES, ERP, and the traceability platform close the production data loop.
Drugs must follow the National Medical Products Administration's traceability-code rules and connect to the national drug traceability collaboration platform. Infant formula and foods for special medical purposes need traceability from start to finish. Choose the code level — unit, case, or pallet, depending on the product and the channel. Set up vision — light, camera, and an AI model for the defects you actually see. Match the line speed — coding, association, and reporting cannot become the bottleneck. Join MES and ERP — batch, work order, and materials tied to the traceability code.
From the code on the pack to the trace that follows it
Inkjet, labeling, and laser coders join the network and link the unit, the case, and the pallet. Barcodes, QR codes, and RFID are supported. Data is reported to the traceability platform as it is printed, which is what food and drug rules require.
Industrial cameras and AI catch a missing fill, a missing part, a misplaced label, bad print, and a cap that is not tight. The result stays with the line, so a reject can be removed and a rework can be traced.
Fillers, sealers, labelers, and case packers report state, output, and efficiency as they run. OEE, downtime, and fault counts give the line something to improve against.
Code ranges, a region binding, and a scan check. Consumption outside the region, or a burst of lookups, raises a diversion alert. A shopper can scan to confirm the product, and the same scan can carry a promotion.
Codes and traceability for bottles, cans, and bags
Drug traceability and electronic supervision codes
Anti-counterfeit, anti-diversion, and a trace that also markets
Case codes, pallet codes, and logistics traceability
Device access: Coders and vision systems connect over Modbus, OPC, or a vendor protocol, and join the IoT platform and MES so data is gathered and production can react.
Traceability platform: National and industry traceability platforms can be connected. ERP, WMS, and commerce platforms can share data, so the trace runs the full chain.
Codes and traceability, quality control, and a smarter line