9/16/2013 | 1 MINUTE READ

Robotic Part Handling Reduces Labor Costs

Facebook Share Icon LinkedIn Share Icon Twitter Share Icon Share by EMail icon Print Icon

To remain competitive, many manufacturing companies are looking for accurate, reliable and maintenance-free machine tools offering fast change-over, programming and setup.

Share

Facebook Share Icon LinkedIn Share Icon Twitter Share Icon Share by EMail icon Print Icon

To remain competitive, many manufacturing companies are looking for accurate, reliable and maintenance-free machine tools offering fast change-over, programming and setup. Robot technology can provide an excellent base for machining because it is flexible and affordable.

Applications that are highly repetitive in nature can be good candidates for part handling. Other applications that go hand-in-hand with robotics are multi-shift work, applications that require minimal or no part change-over, and automation-friendly applications.

Does your shop operate turning centers? Robotics for part loading and unloading on turning centers can reduce labor costs. Shops machining large, heavy parts can often benefit from automation because these jobs are labor-intensive. Manufacturers with families of parts, including those with small lot sizes, are also candidates for automation.

Automation system solutions can be designed to accommodate different requirements, and working closely with a reputable system integrator will yield the best results. It’s important to explain in detail to the integrator what the expectations are for the automation at your shop. With the right robotic automation, a solution can be implemented to meet your shop’s unique requirements, which will lead to increasing productivity and decreasing part costs.

For more tips to keep in mind when researching robotic part handling, read “Get Ready for Robotics.” 

To read examples of automated options for a variety of turning applications, visit “Practical Automation for a Variety of Turning Applications.” 

RELATED CONTENT

  • The Long And Short Of Bar Feeder Selection

    For many shops, the decision comes down to a 4- or 12-foot-capacity magazine-style bar feeder. Here are some guidelines for choosing between them.

  • Line Your Spindles, Line Your Pockets

    Urethane spindle liners present a viable option to steel to fill the gap between spindle ID and bar OD. They protect both the spindle and bar stock and increase machine performance.

  • Barfeeding Small Diameters

    This shop may be located off the beaten path but it’s certainly found a successful and profitable home by applying top of the line technology to its medical part production mix.


Resources