1. High-Precision Robotic ArmsBLDC geared motors, with their spark-free commutation and low torque ripple, meet the micron-level motion accuracy demands of robotic arms. The planetary gear mechanism (e.g., our planetary geared motors) delivers high torque density and transmission efficiency, ideal f read more
1. Efficient and compact design, breaking through space limitationsThe planetary gear motor adopts a unique planetary gear train structure (sun gear, planetary gear, outer ring gear), realizes power distribution through multi-stage gear meshing, and the single-stage reduction ratio can reach 2.8-12. read more
I. Technical Features: Core Engineering ExcellenceUltra-Low Backlash & High Positioning AccuracyPlanetary gearboxes utilize precision meshing designs (e.g., helical teeth, carburizing and quenching processes), enabling single-stage backlash control within 1-3 arcminutes. For instance, WITTENSTEI read more
1. Mechanical Wear and Structural IntegrityThe first step is to inspect the mechanical components for irreversible wear or damage. Gears should be examined for severe pitting, abrasive wear, or plastic deformation, particularly if metal debris is present in the lubricant or over 50% of the gear teet read more
1. High torque output and power adaptabilityGear motors convert the high-speed and low-torque output of motors into low-speed and high-torque through a reduction mechanism, significantly improving load capacity and meeting the requirements of automation equipment for heavy loads and high torques. Fo read more