PipeCloud streamlines production planning with AI-based CNC programming, optimized pipe nesting, and built-in capacity planning tools.
In many cases, the originally designed pipe spool or pipeline cannot be manufactured exactly as planned. Large pipelines often need to be split into smaller, more manageable spools. Some pipes may require additional welds. Bends might need to be replaced with elbows, or vice versa. Managing these changes — along with generating CNC programs, calculating cutting lists, nesting pipes efficiently, and creating optimized work orders — is time-consuming and complex.
Planners must also estimate labor across all work phases, balance workloads between stations, and align production with available capacity to maintain high Overall Equipment Effectiveness (OEE). Without the right tools, this level of coordination is difficult to maintain.
PipeCloud streamlines this entire planning process using AI to extract critical data directly from design files. Visual tools support planners in organizing, sequencing, and adjusting the workflow — from cutting to dispatch — while visual tools like the built-in capacity planning view, helps maintain balance across the entire production schedule.
PipeCloud offers a variety of advanced planning tools that help you get the most out of your production by optimizing resources.
Your questions matter. Drop us a line anytime. We’ll get back with the details you need.
Discover why material traceability is key for modern pipe fabrication. Learn its definition, importance, and how it improves quality, safety, and compliance.
Learn the complete pipe fabrication workflow, from design to assembly. Look into processes, components, best practices, and modern innovations in fabrication.
“You can easily see that all the preconditions are ready for fitting. PipeCloud shows you the status of all the previous work phases, so you don’t have to run around the factory with papers”
Digitalization of welding accelerates when the capability of the most intelligent welding machines is combined with the information produced by a unique manufacturing execution system …