Manufacturing

What Is Predictive Maintenance? Definition in a Manufacturing Context Predictive maintenance (PdM) is a condition-based maintenance strategy that uses real-time equipment data — collected via sensors, PLCs, and machine signals — to detect early signs of failure before they cause unplanned downtime. Rather than following a fixed schedule or reacting to breakdowns after the fact,...

In APAC manufacturing, many factories have invested heavily in digital systems and automation, yet struggle to achieve expected improvements in OEE, downtime reduction, and operational efficiency. The root cause is not a lack of technology, but a gap in how decisions are made on the shop floor. Most Smart Factories still rely on rule-based automation,...

For plant managers and operations directors overseeing large-scale FDI manufacturing operations, the pressure to improve performance is not simply a matter of running lines faster or scheduling more efficiently. The complexity of modern manufacturing has grown to a point where human decision-making alone cannot keep pace with the data being generated every second across the...

For plant managers and factory directors across APAC—particularly in FDI environments where parent companies require structured, auditable performance reporting—the gap between what ERP says should happen and what actually happens on the shop floor is not just an operational inconvenience. In fact, it is a measurable cost in rework, missed schedules, and management time spent...

Across APAC manufacturing operations, the pressure to reduce environmental impact is no longer arriving from a single direction. Energy costs are rising steadily across the region, global customers enforcing ESG supplier requirements, environmental regulations tightening, and sustainable supply chain audits becoming standard practice. Green production addresses this convergence by embedding resource efficiency and environmental accountability directly...

For plant managers running manufacturing operations, production planning is the difference between a factory that runs smoothly and one that constantly fights fires. When customer orders fluctuate, suppliers miss deliveries, and production lines face bottlenecks, the quality of your production planning determines whether you meet your targets or fall behind. Production planning in manufacturing is...

If you’ve spent any time managing a manufacturing facility in the APAC region, you’ve probably lived through this scenario: your ERP system says production is on track, your planning team confirmed the schedule last night, and yet this morning the line supervisor is telling you there’s a two-hour delay due to a machine issue nobody...

Across APAC manufacturing operations, production complexity is rising faster than planning capability. High-mix product portfolios, tighter OEM lead times, labor constraints, and multi-plant coordination pressure are exposing the structural limits of ERP-based MRP and spreadsheet scheduling. An advanced planning and scheduling (APS) addresses this gap by embedding finite capacity planning and multi-constraint optimization into the production...

Across many manufacturing plants in Thailand’s industrial estates, a familiar contrast can often be observed. Production floors run on precise schedules with efficiency tracked to the second, while warehouses rely on paper pick lists, operators searching for materials, and processes that depend entirely on who’s working the shift. This gap does not always surface immediately,...

In manufacturing, the warehouse is the critical link between planning and production. Inefficient processes here trigger immediate problems: line stoppages, material shortages, and rising costs. Many manufacturers in Thailand use ERP for planning, but ERP is not built for real-time warehouse control. Picking, issuing, and put-away remain manual, creating dangerous gaps that grow riskier as production...