PRODUCT-LIFECYCLE-MANAGEMENT

The lifecycle of a product ranges from the product idea and product development, through production and sales up until to maintenance and Sales.
Find out what to pay attention to and how to get started with the PLM systems.

PLM for collaborative and efficient work

The pressure in companies to make themselves more attractive in the competition is always present.

In order to keep up to the competition, product development processes need to be constantly improved and made more efficient. There is an incredible number of programs on the market that are designed to improve and simplify collaboration.

These programs provide better communication, transparency and competitiveness to optimize the entire business process.

But how do you know which software is right for your company and whether it makes sense to introduce the PLM concept?

Product lifecycle management and product data management must support the corporate strategy in a holistic way. We develop concepts, processes and IT-Knowhow to provide product data in the best possible way throughout the lifecycle. The lessons learned can thus be traced back to development.

In this page, we provide the basic and important knowledge about product lifecycle management and show what to look for when using such software.

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Product-LifeCycle-Management

PLM is the common abbreviation for Product LifeCycel Management. As the name suggests, the lifecycle of products is considered. Starting with product designs and ending with decommissioning.

The core of product lifecycle management is development and production. The data in this area is managed with Product Data Management Solutions (PDM systems). In order to ensure a free flow of information, cross-company PDM solutions such as Teamcenter from Siemens PLM Software are used. As a result, suppliers and customers are always on the same level of knowledge. In addition to PDM systems, ERP, CAD and CAM systems are also components of PLM.

Computer Aided Design

Nowadays, the design of products is carried out with 3D CAD systems. The spatial representation offers a better idea of the construction. In aircraft and automotive engineering, the 3D CAD system CATIA from Dassault Systèmes and NX from Siemens PLM Software have prevailed.

In addition to pure geometry data, the goal today is to provide all the necessary information for the product lifecycle, especially for manufacturing.

Manufacturing Engineering

Manufacturing Engineering deals with the manufacturing processes and production methods. Based on a new or updated product, manufacturing engineering develops processes, tools, machines and equipment to achieve the most efficient production as possible.

Ideally, the design department and manufacturing engineering are in close exchange to ensure a cost-effective production process. Product data management systems usually provide the information platform.

NC Programming

NC (Numerical Control) Programming systems together with CAD systems can be executed into two ways. The programming can be done either with an external application or with a programming system integrated into the CAD system. Both options have their advantages and should be used according to specific requirements. For example, an integrated NC programming system is used in the CAD/CAM system CATIA.

CAD Development

SWMS deals with the development of additional software for the CAD system CATIA V5 as well as for NX. In addition, training courses are offered, concepts and CAD methodologies are developed, planning of the working methodology and introduction or conversion of CAD systems implemented.

Interface to third-party systemes

A programming interface "API" (Application Programming Interface) of a software application generally serves as an opportunity to connect to other applications. These interfaces of the different systems make it possible for us to design additional software (extensions) and thus provide a competitive advantage.

Digital twin

A so-called digital twin is a virtual representation of a real object. Whether the object already exist in the real world is at first irrelevant for the digital twin. Simulations or analysis can prevent errors in design and manufacturing of new processes or products before and during production. Advantages are increased efficiency and shorter development cycles.

Product LifeCycle Management at SWMS

At SWMS, we focus on individual development in the PLM area. We develop software according to requirements, so that you as our customer get the best result and the even better support.

Contact us about your idea and the project idea. Together, we will find a way to implement it successfully.

Contact us!

References

SWMS Expertise

Interestes in getting deeper into the topic? In our extensive SWMS Knowledge Library are white papers, studies and reports to help you.
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Get in touch!

Do you have questions about digitization or your career opportunities at SWMS? Do not hesitate to contact us. We're here to help!

Thomas Hauke

Teamleader PLM
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Oldenburg

+49 (0) 441 960 21 0
SWMS Systemtechnik Ingenieurgesellschaft mbH
Donnerschweer Straße 4a
26123 Oldenburg

 

+49 (0) 441 559 795 25
SWMS Consulting GmbH
Donnerschweer Straße 4a
26123 Oldenburg

Bremen

+49 (0) 421 960 12 30
SWMS Technologies GmbH
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28199 Bremen
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