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Precision Motion Control Components And Systems
Rotary Indexers And Positioning Turntables
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Our synchronized machine chassis systems are specially designed to support automation and assembly machine builders.
Our synchronized machine chassis systems are specially designed to support automation and assembly machine builders. The assembly machine chassis systems chassis subsystems provide synchronized mechanical motion for high-speed production rates. It is also equipped with value added engineering and cam technology to optimize the cycles times and motions of machine. The machine motions are provided to meet or exceed production cycle times.The advantages and benefits of machine chassis subsystem are as follows: It does not re-create the wheel Our core business is cam motion control and technology. We design cams and cam motion drives everyday, so we can quickly and efficiently design the cam motions, so that engineering resources can focus on their other core competence's and customized features of the project.The machine motions and cycle times can be customized as per specific application requirement. We select the correct series of cam drives from our wide selection of sixty (60) different standard models and provide the desired cam motion and timing chart for each specific station of the machine. We provide technical security for design of our range as the indexing drives and cam motions are specific to application and machine. It cannot be easily duplicated.Features: Easy maintenance Optimum function Long functional life No maintenance of pneumatic systems No servos to re-program or debug
Synchronized mechanical cam motions for reliable performance Designed for high speed, 3 shifts, day in and day out Machine timing is mechanically fixed, so there is no chance to loose position or timing on individual work stations No exposed Cams. All indexing components are protected in oil baths with leak proof O-ring seals Provides high speed performance and increased production rates where pneumatic and walking beam systems cannot
