When Orthodyne Electronics (Irvine, CA), a manufacturer of electronics assembly equipment, adapted its ultrasonic wire bonders to a new market, it installed compact feeders driven by a motion control package from Rexroth Star (Charlotte, NC) on its Model 360CH and 360CHD robotic wire bonders.
North America's first multishell, vibration-welded intake manifold debuted on Ford's 5.4-liter, two-valve engines on the 1999 Ford F-series 150 and 250 light trucks, Expeditions and Lincoln Navigators. This manifold also marks the first use of Zytel welding-enhanced PA 6,6 nylon resin.
Lasko Metal Products Inc. (West Chester, PA), a manufacturer of ventilation devices and household appliances, needed a welding method for the assembly of reservoir jugs for its humidifiers. These oddly-shaped reservoir jugs are large and can hold several gallons of fluid.
Arctic Cat Inc. (Thief River Falls, MN), a manufacturer of off-road recreational vehicles, is using digital torque analyzing tools and precision sensors to tighten fasteners on its snowmobiles.
A company we know is sending its executives and managers back to school to learn accounting. Why? Because those execs and managers were making decisions without understanding the financial implications.
When Polaris Pool Systems (Vista, CA), a manufacturer of automatic pool cleaners, was experiencing gear jam-ups due to loose-fitting bearings, they turned to the SureWeld 20 ultrasonic plastic welder from Sonobond Ultrasonics (West Chester, PA) to weld the bearing securely in place.
Fiber optics technology uses microscopic strands of glass or plastic to transmit data. Light is emitted through a central core that is 0.005 inch in diameter and looks very similar to a monofilament fishing line.
To keep pace with higher production throughput and tighter precision assembly requirements, manufacturers of fiber optic devices are turning to a new generation of production-oriented automated assembly platforms as an alternative to earlier lab-oriented assembly methods.
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