Gearboxes, Gearheads & Speed Reducers What they do Gearboxes, gearheads and speed reducers attach to motors to lower rotational speed and increase output torque, enabling controlled, repeatable motion for a variety of driven loads. Key benefits Improved torque delivery at lower speeds for heavy loads Smoother and more repeatable motion and positioning Efficient motor operation by matching speed to load requirements Flexible mounting and standard interfaces for easy integration Durable housing options designed for industrial environments Core attributes Function: torque multiplication and speed reduction to suit the load Compatibility: designed for standard motor interfaces, shafts, and mounting patterns across common configurations Size: available in multiple sizes to accommodate small to larger drives Material: housings in durable options such as cast iron or aluminum; gears crafted from strength steel where appropriate Performance: engineered for consistent output, reliable duty across typical operating conditions, and compatibility with a range of input speeds Configurations and options Common configurations include inline and rightangle layouts, with additional configurations available depending on the model and application Housing and gear material choices tailored for environment and duty requirements Use scenarios Packaging line conveyors require controlled speed and increased torque to move heavier packages Robotic actuators and pickandplace systems benefit from precise torque control and repeatable positioning CNC machine feeds and tool changers rely on stable torque and smooth slowspeed operation for accurate processing How to select and install Determine the required gear ratio to achieve the target output speed and torque for the load Confirm input and output shaft sizes, mounting pattern, and overall dimensions to fit the existing system Choose housing material and gear quality based on environment, load, and duty cycle Verify maximum torque rating and speed range to ensure reliable, longterm operation Compatibility and integration notes Align with standard motor specifications and mounting interfaces to minimize installation adjustments Consider lubrication, maintenance access, and seal protection relevant to the operating environment Plan for future upgrades by selecting a model with scalable ratios or compatible mounting options