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Page 32


www.us- tech.com


Factory-Wide Automation in Electronics Assembly


By David Fenton, Group Customer Support Manager, Europlacer A


utomation exists at many levels in electron- ics manufacturing. In the surface mount as- sembly process, automation was typically


confined to individual silos of capability at equip- ment level. Some components, such as 01005s, are so tiny that it is not possible to place them on a cir- cuit board without automation. Similarly, preci- sion solder paste stencil printing of surface mount patterns is not achievable by hand. But now, more than at any time in the past,


the electronics manufacturing industry is taking a broader view of what automation means, prompted by the promise of greater productivity and busi- ness agility, through concepts like Industry 4.0, and by Factory 4.0, which is a subset of that. The issue of compatibility between assembly


machines from different suppliers in a surface mount production line goes back a long way. Very often, electronics manufacturers will have systems from a variety of vendors on their production floor; it has always been a challenge to make these prod- ucts work well together. Mechanical interfaces for machines at each


step of the assembly process have long been de- fined. SMEMA is one such standard. But, informa- tion compatibility between them typically suffered from proprietary data formats that engineering de- velopment teams defined years ago. Proprietary data formats work well within


the confines of each individual machine or system platform. However, interfacing that data between adjacent processes in a line demands collaboration between suppliers, who are often competitors. Ex- tending that data compatibility factory wide, to de-


MID AMERICA Taping and Reeling, Inc.


Europlacer mobile tablet device running live CFX production data streamed from the CFX server.


degree OEMs, seek low costs of manufacturing and high throughput. The output from the assembly lines, and the factory, must be of high quality. With- out quality, throughput figures are meaningless, and the cost of manufacturing escalates with rework.


630.629.6646 www.matr.com


liver an effective level of automation across the business, adds to the challenge. Manufacturers looking for the competitive


edge that factory-wide production visibility can de- liver have often resorted to bespoke software de- velopment projects, which can prove expensive and time-consuming. Most CEMs/EMS providers, and to a greater


Productivity and throughput are not the same thing. High productivity is the ultimate goal, and factory- wide manufacturing visibility makes controlling throughput and quality more achievable.


Visibility through Standards Being smart in a factory environment can


mean many things. Utilizing assembly process and production data intelligently, in real time, is a great way to be smart. It can empower manufac- turers to become agile and balance their assembly processes and lines, monitor production trends, cope with demand peaks and troughs, rapidly iden- tify faults, errors and shortages, along with many other factors that can impede productivity. With this timely data to hand, they can compensate ac- cordingly to keep the business on target. Deploying an effective strategy through the


adoption of data communication standards is one way to get ahead — and more so now that CFX is gaining traction and proving to be a solution that works. It has been more than two years since the


Connected Factory eXchange (CFX) standard was formally proposed, championed by Aegis Software and endorsed by the IPC. Equipment suppliers like Europlacer who have adopted the CFX stan- dard have been running live demonstrations of connected assembly platforms at exhibitions since early 2018. Factory 4.0 is seen as a subset of the broader


aims of Industry 4.0. It is the subset that is critical to businesses creating surface mount assembly


Continued on next page


February, 2020


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