Aug 31, 2009 
The FlexSolder W510 is able to handle dual mini-waves for simultaneous or individual use. The advantage of individual use is having the ability to solder closer than 1mm to other SMD, but also being able to solder large connectors or other devices without the need for changing nozzle sizes. This is done automatically during production. No other machine in this market has this ability.
This adds much needed flexibility to the process, allowing various soldering options with no changeover.
The flexibility of the W510 is also evident in that it offers both 7° soldering that supports laminar nozzles and 0° soldering that supports wetted nozzles down to 1.8mm. A wide variety of other nozzles are also available for use with the W510 including nozzles up to 30mm and a special miniature wide wave which supports 60mm wide soldering.
Juki Corporation’s experience as the market leader in industrial sewing machines was the stepping-stone for the entry into the printed circuit board assembly market in 1987. Since then, Juki has delivered more than 21,000 automated assembly systems worldwide and is currently shipping an average of 200 assembly machines per month. This extraordinary achievement makes Juki one of the world’s leading providers of automated assembly products and systems. In addition to its core technologies, Juki’s Electronic Assembly and Test Systems Division develops and manufactures advanced electronic systems and computer software for data entry, mail processing and other electronic equipment.
With the purchase of Zevatech’s assets in November 1999, Juki Automation Systems now brings Juki’s reputation for top quality and reliable service also to the North and South American and the European electronics assembly markets. Juki recognizes the challenges of the new century and is prepared to respond to the globalization of electronic manufacturing. With a sophisticated knowledge base, advanced technologies and a high commitment to its customers, Juki is poised for continued growth in the 21st century.
