Industry 4.0: Advancing smart, sustainable manufacturing

A lot goes into successfully bringing high-quality, reliable products to market. This includes simulation – the process of modeling a real phenomenon through a set of mathematical formulas or algorithms. Simulation and modeling tools enable you to virtually model a process in detail without having to spend the time, resources or capital to physically test that design in a real-world environment.

We increase quality and efficiency by applying our deep expertise in automation and robotics across our factories. This includes integrating smart technologies, wherever possible. On our factory floors, we take advantage of robotics to automate repetitive tasks, as well as those difficult for humans due to physical constraints. We also use robotics to ensure employee safety, such as ergonomics issues or the release of gas, chemicals or fumes.

We focus on getting real-time data where it needs to be – from a product level to scale across all factories and related customers. Everyone has the same level of data and the same experience. We then use this same extraction technique at additional levels, including our central enterprise data warehouses, our production lines and production machines. This contextual data layer integration provides us with the full genealogy of your product.

We optimize your designs via additive manufacturing for better functionality, product customization and parts and cost management. Making parts on demand, you reduce lead times and minimize excess inventory. We offer technical and application support at any stage of the product lifecycle. This includes feasibility studies to qualify technologies and determine what’s best. In each region, we provide a full suite of in-house industrial additive manufacturing technologies.