SMT line monitoring, AOI inspection, and ESD control for electronics quality
For PCB, SMT, and assembly, this solution covers line data collection, AOI vision inspection, temperature, humidity, and ESD monitoring, and material traceability. Electronics manufacturing is unforgiving on process parameters, cleanliness, and static control. One step out of limits can scrap a whole batch.
Built on the Internet of Things and industrial protocols, pick-and-place machines, reflow ovens, and wave-solder machines report process data—temperature profiles, solder-paste thickness, and placement accuracy—over OPC UA, Modbus, and SECS/GEM for live monitoring and SPC. AOI equipment uses vision to catch solder-joint defects, shifted parts, reversed polarity, and missing placements, then marks and traces the defects automatically. The shop floor watches temperature, humidity, cleanliness, and ESD wrist straps and floor mats, and alarms when a limit is crossed. Batch, loading, and production history stay traceable for complaints and recalls. The solution fits makers of consumer electronics, automotive electronics, and communications equipment, raising first-pass yield, cutting complaints, and supporting automotive-grade and IATF quality systems.
Automotive electronics must meet automotive-grade requirements such as IATF 16949 and AEC-Q100, with traceability from raw materials through to the finished vehicle. Consumer-electronics customers commonly require ISO 9001 and IPC-A-610. ESD control on the shop floor must meet ANSI/ESD S20.20 or an equivalent standard, and wrist-strap and floor-mat monitoring is a standard audit point. SMT parameters, including the reflow temperature profile, need to meet IPC J-STD-001, and retained data supports process improvement and complaint analysis.
Typical results: after one automotive-electronics Tier 1 supplier deployed the solution, complaint trace time fell from an average of 2 days to within 2 hours, first-pass yield rose by about 5%, and an OEM audit passed on the first review with a complete trace chain. Payback is usually 12 to 18 months.

The steps that decide electronics quality
Live process data from pick-and-place, reflow, and wave solder, including temperature profile, speed, and pressure. OEE and utilization analysis. A link to the MES for scheduling and traceability.
Vision catches solder-joint defects, shifted parts, reversed polarity, and missing placements. Defects are marked automatically and traced as NG. Inspection data ties to the MES for quality analysis.
Live temperature, humidity, cleanliness (particle counts), and ESD wrist straps and floor mats. Alarms when a limit is crossed, with history curves. Meets shop-floor ESD and cleanliness rules.
Component batches, loading records, and production history, end to end. One code per item, barcode or RFID. Complaints and recalls can be located quickly.
PCB and SMT for phones, tablets, and wearables
Automotive-grade manufacturing and traceability
5G and optical-module manufacturing
Multi-customer management for electronics manufacturing services
Industrial protocols and the MES
Equipment connects over OPC UA, Modbus, SECS/GEM, and EAP. An edge gateway converts protocols and buffers data. Links to the MES, ERP, and WMS share work orders, materials, and quality data. Industrial Ethernet and PROFINET are supported.
What the electronics manufacturing solution changes
Our specialists will design a smart electronics manufacturing solution for your lines.