<\/span>What the transformation looks like<\/span><\/h3>\nIn practice, a UK manufacturer embracing IIoT\/smart manufacturing may do things like:<\/p>\n
\n- Fit sensors on key equipment (temperature, vibration, energy use, performance metrics) and feed data into analytics to detect wear or anomalies (predictive maintenance).<\/li>\n
- Link lines and machines to a common data platform (MES\/SCADA\/ERP) so the factory manager sees a real-time dashboard of machine status, output, quality defects, downtime.<\/li>\n
- Use digital twin simulations of machines or lines so they can test changes (for example, new product setups) virtually before committing.<\/li>\n
- Use automation\/robotics (or \u201ccobots\u201d working alongside humans) to increase flexibility, reduce manual repetitive tasks, improve quality.<\/li>\n
- Introduce flexible production lines capable of handling smaller batches, product variation, customised runs quickly (responding to changing customer demand).<\/li>\n
- Use energy-monitoring and waste-monitoring sensors to reduce energy use, reduce material waste, and thereby contribute to sustainability goals.<\/li>\n
- Connect factory data with supply-chain or enterprise systems so that changes in demand or supply disruptions can be quickly responded to.<\/li>\n<\/ul>\n
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