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  • Cable Carriers Smooth Machine Motion
    Following guidelines for cable and hose carriers helps streamline the selection process. Cable carriers come in many design configurations, sizes, and materials. They are typically assembled from off-the-shelf components, allowing manufacturers to quickly and economically tailor a design
  • Caring for Cables
    axis from tangling and exceeding minimum bend radii. Carriers also help expel debris and prevent cable and hose jackets from touching the machine itself. A cable carrier consists of hinged plastic or metal links that articulate as a machine axis moves. The most common carrier arrangement is horizontal
  • The Cable Distribution Rules You Need to Obey
    The key advantage of a cable carrier is that bus and motor cables, pneumatics, electrics and hydraulics can all be guided safely in one system. However, correctly arranging each cable and hose within your chosen cable carrier according to the recommended spacing requirements is vital if you want
  • Motion control without the racket
    chains still have a place in harsh and difficult environments, plastic chains have taken over much of the traditional market. Cable-carrier suppliers have also found many new and diverse markets where the dynamic control of cables and hose is vital for safe and efficient machine operation. The basic
  • The less-is-more approach to six-axis robot design
    approach centers on designing cable-management systems for six-axis robots including cables, hose, tubing, carrier, and connectors in three separate segments. This differs from the current industry practice of using long, single-piece cables and hoses rigidly attached to the end-of-arm tooling