7 Tips on Improving Your Shop Assets’ OEE
What is OEE? OEE is an acronym that stands for Overall Equipment Effectiveness. It is the gold benchmark for measuring the efficiency of equipment in the manufacturing field.
A Guide to Production Monitoring
Production monitoring is a well-known practice that gives manufacturers a holistic view of all errors and inefficiencies that occur during production. It helps with boosting your shop floor’s efficiency, reduces shipping delays, and ultimately leads to higher customer satisfaction.
What is OEE?
Overall Equipment Effectiveness (OEE) is widely considered the best manufacturing KPI (Key Performance Indicator) for measuring the efficiency of production processes. In other words, it offers manufacturing leaders actionable data regarding the performance of machinery, plants, lines, and cells.
CNC Tracking and Monitoring
Computer Numerical Control, also called CNC Machining, is a revolutionary machining process. This machining procedure will use pre-programmed computer software to dictate the movements of machinery and tools. It allows factories to be able to track and monitor the signs of various complex equipment for precision, speed, and efficiency.
A Guide on How to Calculate OEE
Assets with an OEE of 100% never produce items with defects, never experience unplanned downtime, and always operate at maximum speed. Obviously, maintaining an asset with an OEE of 100% is supremely difficult. However, by keeping track of its availability, performance, and output quality, you can ensure the OEE remains as close to 100% as possible.
What is Machine Data Collection?: The Data-Driven Approach to Manufacturing
Manufacturers use automated manufacturing equipment (CNC machines) to improve manufacturing processes and increase efficiency. These machines are capable of producing large quantities of products. Machine data collection ensures that your shop floor is gathering accurate data to improve your operations.
OEE As A KPI
The manufacturing industry is more competitive now than ever before. Customers are limiting their spending, yet the costs of operating and materials remain high. This is pushing companies to re-evaluate how they work and improve their levels of efficiency.
A Guide to Factory Floor Monitoring
Data collection from the factory floor is a crucial part of improving manufacturing processes. The data can be used to determine how well machines are operating and what areas need improvement, which will lead companies down new paths for success.
Complete Guide to Smart Manufacturing
Smart manufacturing is a technology-driven approach that utilizes Internet-connected machinery to monitor the production process. The goal of smart manufacturing is to identify opportunities for automating operations and use data analytics to improve manufacturing performance.
Five Fundamental Keys to Manufacturing Efficiency
Functional excellence is not enough to stay competitive in today’s manufacturing landscape. Maintaining a profitable, competitive and sustainable business today requires that organizations achieve efficiencies across each stage of the value stream.
