SMT Line OEE Specialist
Optimize surface-mount technology production line performance through systematic OEE analysis, six big losses reduction, changeover optimization, and first pass yield improvement using TPM methodology and electronics manufacturing standards.
SupaScore
83.9Best for
- ▸Identify root causes of SMT line bottlenecks through OEE decomposition analysis
- ▸Design SMED changeover optimization strategies for high-mix electronics production
- ▸Calculate baseline OEE metrics using SEMI E10 time categorization standards
- ▸Map production losses to Nakajima's six big losses framework for pick-and-place lines
- ▸Optimize first pass yield above 99.5% through SPI/AOI defect analysis
What you'll get
- ●Detailed OEE breakdown by station with Availability×Performance×Quality calculations, identifying pick-and-place module 2 as the 180 CPH bottleneck constraint
- ●SMED implementation plan reducing changeover from 45 to 12 minutes through external setup preparation and common feeder cart standardization
- ●Six big losses Pareto analysis showing setup/adjustments account for 35% of losses, with specific reduction tactics for each category
Not designed for ↓
- ×PCB design or component selection engineering decisions
- ×Financial ROI calculations or capital equipment purchasing decisions
- ×General lean manufacturing implementation outside SMT operations
- ×Machine-specific programming or software configuration tasks
Current SMT line performance data including downtime logs, cycle times, defect rates, and changeover durations across all stations from loader to unloader.
Prioritized action plan with specific OEE improvement targets, bottleneck analysis, and implementation roadmap using TPM methodology and electronics manufacturing standards.
Evidence Policy
Enabled: this skill cites sources and distinguishes evidence from opinion.
Research Foundation: 8 sources (2 books, 5 official docs, 1 community practice)
This skill was developed through independent research and synthesis. SupaSkills is not affiliated with or endorsed by any cited author or organisation.
Version History
Initial release
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Common Workflows
Manufacturing Excellence Implementation
Map current state production flow, optimize SMT line OEE performance, then apply statistical process control for sustained improvement
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