Five benefits of PLM for mechanical engineering firms that you shouldn’t ignore

Advantage 1: Faster time-to-market through parallel processes

Traditional development processes often follow a linear sequence: concept development, design, analysis, manufacturing planning and production take place one after the other. This approach often leads to bottlenecks, delays and untapped potential for optimisation.

PLM fundamentally changes this approach by enabling different tasks to be carried out in parallel by interdisciplinary teams.

With cloud-based PLM solutions, development, manufacturing, procurement and service teams all work simultaneously using the same up-to-date data. This allows processes to be carried out in parallel, rather than having to wait for information to be passed between individual departments.

For mechanical engineering companies, this means:

• Transparency regarding project progress through real-time dashboards
• Traceability of requirements and changes
• Faster innovation cycles with fewer errors and rework
• Shorter development and delivery times

Benefit 2: Better collaboration and transparency

Information silos between departments are holding many mechanical engineering companies back. When mechanical engineering, electrical engineering, automation and production planning operate in separate systems, this leads to duplication of effort, misunderstandings and costly changes in late stages of development.

PLM creates a centralised database that all stakeholders can access. This enables seamless collaboration across departments.

The benefits include:

• A single source of information for all teams
• Version and workflow management to ensure information is always up to date
• Improved transparency regarding projects and orders
• Faster coordination between remote teams

Benefit 3: Optimised configuration and bill of materials management

For companies with ETO and CTO business models, managing product variants and bills of materials is one of the biggest challenges.

Without PLM, configurations often have to be checked manually and similar bills of materials have to be recreated time and time again – even when large parts have already been used in previous projects.

PLM supports mechanical engineering firms through intelligent configuration rules and the reuse of existing bills of materials.

As a result, companies benefit from:

• Automated checks of customer configurations
• Reuse of tried-and-tested components and processes
• Consistent bills of materials across different systems
• Faster quotation and development processes

Benefit 4: Safeguarding knowledge and automating development processes

Valuable know-how is often tied to individual employees. When experienced experts leave the company, important knowledge is often lost.

PLM enables the systematic capture, management and reuse of knowledge. At the same time, numerous tasks can be automated.

These include, for example:

• Rule-based design
• Automatic product configuration
• NC programme generation
• Feedback on manufacturing requirements during the design phase

The result is more efficient development processes and more time for value-adding activities.

Benefit 5: Utilising service knowledge for continuous product improvement

The customer relationship does not end with the delivery of a machine. Service and maintenance provide valuable information for future product improvements.

PLM helps service teams to centrally capture both structured information, such as bills of materials or maintenance plans, and unstructured data, such as fault reports and customer feedback.

This enables companies to:

• Identify the causes of problems more quickly
• Organise service calls more efficiently
• Reduce warranty and maintenance costs
• Implement product improvements based on real-world operational data