Preliminary Planning and Requirements Analysis
End-to-End Pain Point Identification: Map the entire material flow-from raw material intake to finished product dispatch-and create process flowcharts. Identify non-value-added activities, idle times, and rework stages, prioritizing the resolution of bottlenecks where the production line balance rate falls below 85%.
Quantifiable Goal Setting:Apply the SMART principle to define clear, trackable core metrics-such as raising Overall Equipment Effectiveness (OEE) above 85%, reducing product defect rates by 20%, and cutting labor costs by 30%-while simultaneously calculating Return on Investment (ROI) and the payback period.
Process Compatibility First: Select solutions tailored to product characteristics and production scale rather than blindly pursuing high-end equipment; prioritize flexible, modular designs for high-mix, low-volume scenarios to allow for future changeovers and adjustments.
Solution Design and Equipment Selection
Data Integration Capabilities:The solution must support interfacing with systems such as MES, ERP, and WMS to ensure seamless information flow, prevent new "data silos," and guarantee synchronized production takt times and information sharing.
Flexible and Scalable Design: Reserve at least 20% extra PLC I/O points and network ports to accommodate future workstation additions or equipment upgrades; ensure the compact layout is fully compatible with the physical constraints of the factory floor.
Supplier Capability Assessment: Focus on the supplier's understanding of manufacturing processes, capabilities in non-standard customization, and proficiency in integrated hardware-software development; prioritize providers offering one-stop delivery and commissioning alongside long-term after-sales maintenance and support.
