It is important to note that like all other project documentation, as changes are made to the processes, the configurations must be updated. BTS Tech has modeled its initial CAX Cable manufacturing processes on existing processes currently is use for other cable products and families. The process improvement plan for this project provides BTS Tech with an opportunity to analyze and improve the cable manufacturing process for CAX Cable which, ultimately, may result in process improvements for all BTS Tech cable products.
The project team will utilize the stranding and jacketing process configurations, in conjunction with process metrics, to conduct process analyses, determine potential areas for improvement, and implement improvement measures.
To do this, the team will follow the processes as planned during initial cable runs in order to verify process boundaries and gather metrics. As the team identifies potential process areas of improvement, adjustments will be made and the modified process will be run to validate the process and to gather additional metrics for comparison. Metrics are an extremely important part of process improvement and project quality. A metric is a measure or measures which allow the project team to assess various performance parameters of a given process.
The team must ensure that metrics are based on the project or customer requirements to ensure project quality. The metrics must also be based on what comprises an acceptable measurement as well as control limits within which acceptable measurements may fall.
Process metrics and control limits will be used, in conjunction with process configuration, to guide the process improvement efforts for the CAX Cable project.
Aras Innovator helps you manage this complex transformation by providing a robust Manufacturing Process Planning application that is well-connected to the engineering Bill of Materials and broader Digital Thread of information managed by Aras , while providing its own set of functionality unique to the needs of manufacturing. Check it out in the video, below. Manufacturing planning typically requires re structuring the engineering bill of materials to accommodate manufacturing realities.
Certain assemblies will be made in-house; others will be bought and used in a manufacturing process as-is; and still o thers will be assembled from both made and purchased parts.
One process plan must be able to reflect each unique case while accommodating the others, and , ultimately , bring all of the different methods used throughout the manufacturing process together into one, complete plan.
In Aras Innovator, the Manufacturing Process Planning application offers a hierarchical structure, where child -level process plans can be authored and reused across one or more parent-level process plans.
This offers consistency and reuse for parts that are made or assembled the same way but reused across multiple product s. Scheduling Template of Production. Production Decision Making Schedule. Production Scheduling on Practical Problems. History Of Production Scheduling. Production Scheduling Template. Production Scheduling Free Template. Production Scheduling for Products on Different Machines.
If you do, then now is the time to correct mistakes from the past. Whether in food, film, or media production, organizing your activities helps in achieving your goals.
Take your time to prepare a production plan. Be guided in executing the right activity to achieve your goals. Create a structure and release the doubt. Increase your potential and start planning for the production today. Daily Production Plan Template 2. Pre Production Plan Template 3. Film Production Plan Template 4. Production Control Plan Template 5.
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