
Product Lifecycle Management (PLM) is a term that has become ubiquitous in the world of manufacturing, engineering, and product development. But is this term truly reflective of what it encapsulates? Let’s dig into it.
What is the So-Called PLM?
By its traditional definition, PLM encompasses the holistic approach of managing a product’s life, from conception and design to manufacturing and post-sale service. It involves the systemization of:
- Product design and engineering.
- Means and processes of manufacturing.
- Means and processes for maintenance and repair.
- Means and processes for recycling.
Who Actually Manages the Product Lifecycle?
If we dissect the entire lifecycle of a product, it’s clear that PLM alone doesn’t manage it in its entirety.
ERP:
Enterprise Resource Planning systems handle production planning, procurement, and launching production. From raw materials to finished products, the ERP system provides the overarching framework.
MES:
Manufacturing Execution Systems (MES) track and document the transformation of raw materials through to finished goods. MES ensures that the actual production is as efficient and defect-free as possible.
MRO:
Maintenance, Repair, and Operations (MRO) is focused on maintaining, repairing, and operating the production assets. It involves planning and tracking maintenance tasks, as well as repair operations to ensure the product’s efficient life after manufacturing.
IoT:
Internet of Things (IoT) technology offers real-time tracking and tracing of all information related to the manufacturing, usage, and operation of the product. This includes data acquisition from various sensors embedded in the product, which can be pivotal for lifecycle considerations such as preventive maintenance or upgrades.
Why PLM Should Really be Called PLD: Product Lifecycle Design
Considering these facts, the term « PLM » may be misleading. PLM primarily focuses on the design and development aspects of a product. It’s about enabling a collaborative environment where designs, requirements, and documentation can be centrally managed and accessed. It doesn’t really manage the « whole » lifecycle of a product, but rather sets the stage for other systems like ERP, MES, MRO, and IoT to play their parts. A more appropriate term could be PLD, or Product Lifecycle Design, as it highlights the aspect of design which is the core focus of what we traditionally call PLM.
Conclusion
Language is powerful, and the terms we use should accurately reflect what they represent. Is it time for the industry to reconsider the term PLM? Perhaps, adopting a term like PLD might align more closely with what these systems actually do. What do you think?
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