In the current industrial context, bottleneck analysis through Overall Equipment Effectiveness (OEE) has become crucial for factories seeking to maximize their performance. The presence of bottlenecks directly affects production flow, leading to time losses, quality decline, and a decrease in overall productivity. Thus, identifying and mitigating obstacles that block production processes is a priority for plant managers and industrial performance teams.<\/p>\n
The causes of bottlenecks can be multiple, ranging from underperforming machines to obsolete processes, and inadequately trained workforce. These hindrances result in prolonged downtime, increased costs, and a significant drop in TRS\/OEE, as explained in this Wikipedia article \u2013 Overall Equipment Effectiveness (OEE)<\/a>. It is imperative to understand these causes well to avoid cost accumulation and deterioration of finished product quality.<\/p>\n To resolve these issues, it is essential to adopt a structured approach: start with team organization and continuous training, adopt continuous improvement methods such as Lean, and digitalize the shop floor. The use of solutions like TeepTrak<\/a>, enabling real-time visibility and detailed analysis of line stoppages, is an effective strategy for achieving optimal TRS\/OEE management.<\/p>\n