Manufacturers usually monitor several key performance indicators (KPIs) across the plant to see how various functions are performing a particular process. In manufacturing facilities, these parameters are usually shown on a dashboard or board and may be reviewed monthly. We’ve

OEE has been an effective way to track overall equipment performance for 30 years. However, it is simple to make mistakes in OEE calculation, and given how much they reduce expected returns, these mistakes are far too frequent. We want

OEE is a key performance indicator that companies can use to measure their overall effectiveness. In this article, we go into the details of how OEE works and why manufacturing leaders should be using it to track progress and improve

Speed loss in manufacturing facilities has received less attention than downtime, but the effect of speed loss on overall equipment effectiveness (OEE) may be as much as 15 percent. This is because speed loss is a hidden and complicated problem

Improve Your OEE Nearly half of the performance efficiency (PE) can be lost due to micro-stops, speed loss, and slow speed alone. Speed targets are often set too low, which leads to performance efficiency exceeding 100%. This is a widespread

When you use a system or tool to monitor machine downtime, performance, and OEE automatically, the outcome usually depends on how well your system is set up. Defining machine breakdown causes is one of the most critical aspects you need