A PDM (Product Data Management) system is a software solution that allows you to manage, organize, and control all technical product data—such as CAD drawings, items, BOMs (Bills of Materials), and technical documentation—in a centralized and secure manner.

PLM (Product Lifecycle Management) is a more extensive system than PDM, as it manages the entire product lifecycle: from initial design and engineering to manufacturing, maintenance, and end-of-life. It is a software solution that makes project management functions and information available to all users across the various departments involved in developing industrial orders.

PDM focuses on the management of technical data, whereas PLM also encompasses business processes, workflows, project planning, and system integration.

It is used to improve business efficiency, reduce errors, centralize information, and accelerate product development and the management of industrial orders. In short, it serves to optimize business processes and reduce time-to-market.

All manufacturing companies that design and develop products and/or services, regardless of their size or industrial sector.

• Reduction of errors and lead times
• Higher level of corporate security, protecting intellectual property (Know-How)
• Better revision control for documents, items, and BOMs
• Digitalization of processes
• Improved collaboration
• Increased development speed and reduction of time-to-market
• Cost reduction

Yes, it is designed to integrate with the main enterprise systems.

It depends on the company’s complexity, but it generally ranges from a few weeks to several months.

No, but PLM can help optimize and standardize them. A good PDM/PLM must adapt to the company, and not vice versa.

• Any type of document/file related to any company department
• CAD drawings
• Items (Parts)
• Bills of Materials (BOM)
• Technical documentation
• Product specifications
• Revisions and versions

It is the ability to track all changes made to documents, items, and BOMs, ensuring that the correct revision is always used while keeping previous revisions organized and accessible.

The e-BOM (Engineering Bill of Materials) is the structured list of all components needed to build a product, derived from the CAD assembly and potentially further processed. The m-BOM (Manufacturing Bill of Materials) is the structured list of all components required to build a product after it moves to the industrialization phase; the m-BOM is often referred to as the production BOM.

Yes, it connects the technical office, production, purchasing, quality, and all other company departments through a single, unified platform.

The break-even point between investment and corporate savings for a PLM system is typically reached within one year of full implementation. The main drivers are:
• Reduction of errors
• Fewer reworks
• Faster time-to-market
• Increased operational efficiency

Yes, it allows for the automation of complex processes, including approvals, changes, and document releases.

Yes, thanks to access controls, revisioning, and full traceability.

Yes, especially with cloud or web-based solutions.

Yes, there are. The pre-implementation analysis phase of a PLM project includes verifying the functional scope in relation to the features already provided by the ERP or other existing systems in the company.

Yes, at least for those with a technical office that designs products or components using CAD systems. Because PDM/PLM systems integrate directly with CAD software, operational workflows are supported from the concept phase through to service.