Аэрокосмическая и оборонная промышленность
Инновации и синхронизированное управление совместной работой над проектами
FEI’s Tools for Nanotech™, featuring focused ion- and electron-beam technologies, deliver 3D characterization, analysis and modification capabilities with resolution down to the sub-Ångström level.
FEI’s acquisitions resulted in four companies with different languages, cultures and applications that needed to work as one.
Headquartered in Hillsboro, Oregon, electron microscope manufacturer, FEI, has approximately 1,600 employees worldwide, with additional development and manufacturing operations located in Peabody, Massachusetts; Sunnyvale, California; Eindhoven, The Netherlands; and Brno, Czech Republic. The company gained many of the sites through acquisitions. Consequently, the four main business units function in a diverse environment of languages and cultures.
Until recently, FEI found it difficult for the sites to collaborate effectively. “The specialties of our different sites complement each other, but working together often resulted in Babylonian confusion and therefore inefficiencies,” explains Frank de Jong, research and technology manager at FEI. “We realized that if we were better integrated, we could profit more from the varied product portfolio as well as our mutual architecture and innovations. That would also reduce time-to-market.”
To build on the synergy and efficiency that would come from better site integration, FEI turned to product lifecycle management (PLM) specialist Siemens PLM Software, implementing its PLM solutions: NX™ software and Teamcenter® software. One of the reasons FEI chose to go with Siemens PLM Software was the infrastructure provided by Teamcenter to support global product development. “Teamcenter is made especially for multi-site product teams, such as those we have at FEI,” says Emile Asselberg, a product engineering manager at FEI.
FEI initiated the PLM solution on the development of a product called CLM-3D-DualBeam. The advantages of the new system were apparent from the start and they were “huge,” according to Asselberg. Efficiency losses of months were gone and FEI reached the point of having a finished product version much faster than before. “We were able to shorten the time needed to get the product right in one go, and the main advantage was the sharing of data,” says de Jong. “That is what this project is about – global multi-site development.” Factories and suppliers also have electronic access to FEI’s data, which makes working with them much easier.
A big advantage of the Siemens solution is that FEI is now able to take advantage of concurrent engineering. Asselberg says that instead of waiting for the complete development of a product, production planning begins early. She notes that a number of important questions can be addressed much earlier in the process, such as “Is it manufacturable and reliable? How can we set up service for it?”
“By asking these questions beforehand, we are able to go to the market earlier and that makes a difference not only in time, but also in money,” she adds. “With the Siemens solution, the unique qualities of FEI’s different sites are now used as a competitive advantage. What is developed in one location is being used in the other. Eventually one could connect mechanics from the service department to the system. This way they could see exactly which parts were used when and whether these or comparable parts are available. So you see, we’re not done developing PLM by far.”