OEE Improvement solutions are purpose-built for any production line or assembly line type environment in a factory or warehouse setting.
Read our customer stories
Proudly improving operational effectiveness with
Proudly improving operational effectiveness with
What Problem are we Solving?
In 1971, as part of his pioneering work on Total Productive Maintenance, Seiichi Nakajima developed the “Six Big Losses”.
These areas are the cornerstone of OEE improvements to this day:
Our OEE Improvement solutions are predicated on both quantitative and qualitative insights. The XL800s on the production lines themselves give real-time visibility of performance levels so that operators and supervisors can take corrective action instantly if OEE starts to dip.
However, the real benefit comes from our qualitative reporting and analysis that aims to identify the root-cause of the delay. This can be as simple as not replacing worn-out equipment or it could be something unimagined like the distance between parts storage and the line itself causing long delays.
Read our customer stories
How does it work?
Each XL810 is a “black box” consisting of a database, a server and a display wallboard for the line. It contains all the information necessary to monitor the uptime and performance of each individual line, based on the output and throughput it is supposed to be achieving.
The XL810 requires inputs to measure performance. This could be sensors counting items, scales weighing food, or any other appropriate input device. Each line has a hand-held scanner for the operator to add data like changeovers and downtime reasons.
Not only does the XL810 monitor in real-time and display performance on the wallboards, it is also accessible from anywhere via its web server. The reporting detail covers: total time, running time, down time, counts and cycle times. All you need to manage performance.
Each XL810 is a “black box” consisting of a database, a server and a display wallboard for the line. It contains all the information necessary to monitor the uptime and performance of each individual line, based on the output and throughput it is supposed to be achieving.
The XL810 requires inputs to measure performance. This could be sensors counting items, scales weighing food, or any other appropriate input device. Each line has a hand-held scanner for the operator to add data like changeovers and downtime reasons.
Not only does the XL810 monitor in real-time and display performance on the wallboards, it is also accessible from anywhere via its web server. The reporting detail covers: total time, running time, down time, counts and cycle times. All you need to manage performance.
