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Truth be told, there are few components as versatile as the gearmotor. We find them in AGVs, AMRs, and robotics. They can also be found in automation equipment, industrial drive solutions and material handling applications. Four key trends involving gearmotors today include the simplification in design and installation, quiet and energy efficient performance, predictive maintenance and condition monitoring—and lastly—the ability to perform at the highest levels in hazardous and demanding applications.
The following article explains the commonly used paint components and methods within the gearmotor industry, with a focus on electrodeposition coating (E-Coat). These processes will be described in general, with a closer examination of the E-Coat applications steps. Some pros and cons of each method will be presented along with comparative test results showing the benefits of E-Coat.
Standing in a factory or a warehouse, you're bound to notice machinery, whether it's a conveyor system that winds across the floor or large fans that hang from the ceiling. You may even notice automated guided vehicles or autonomous mobile robots carrying parts, driving themselves from one section of the building to another. These machines are good candidates for using high-efficiency gearmotors, especially if they're expected to run for long stretches at a time. If they aren't using high-efficiency gearmotors, then they may be costing more money than they should.
Energy efficiency is for more than just motors. Here are some mechatronics companies making sure you get more bang for your buck when it comes to your power bill.