Boosting Quality and Efficiency through Intelligent and Digital Transformation; Forging Momentum with Craftsmanship — A Visit to ETONM Motor’s Standardized Intelligent Production Workshop
05 Aug,2026
Stepping into the production workshop of ETONM Motor Co., Ltd., one sees neatly arranged, standardized intelligent production lines. Automated robotic arms precisely execute winding, coil insertion, and assembly tasks, while skilled technicians monitor production data in real-time via digital control terminals. The entire process—from precision component machining to final unit burn-in testing—operates in a closed-loop system. High-precision DC gear motors roll off the line in an orderly fashion, painting a picture of a precision manufacturing enterprise thriving through intelligent upgrades and robust sales.
ETONM Motor has long specialized in the R&D and manufacturing of DC gear motors and micro-drive motors. Its products serve a wide range of domestic and international markets, including smart home appliances, medical devices, intelligent robots, automotive components, industrial automation, and electric valves. To meet the growing volume of orders, the company has completed a comprehensive standardization and intelligent upgrade of its workshop. It has created an integrated intelligent production base—encompassing machining, stator winding, gear assembly, unit commissioning, and precision testing—thereby solidifying its core manufacturing competitiveness through hardware upgrades, process innovation, and rigorous quality control.
Evolution of Intelligent Production Lines: A Leap in Production Efficiency
The spacious, well-lit, and standardized workshop is divided into four functional zones: precision machining, automatic winding, gear reduction assembly, and burn-in/quality testing. Safety walkways and work areas are clearly demarcated on the floor, and the facility is fully equipped with ventilation, dust removal, noise reduction, and temperature control systems, creating a green, dust-free environment for precision manufacturing.
The workshop has introduced a suite of intelligent equipment—including fully automatic CNC lathes, high-precision automatic winding machines, multi-axis collaborative assembly robots, and automated conveyor lines—to replace repetitive manual tasks. Previously, a single production line required 6–8 workers to coordinate tasks such as stator winding, rotor magnetization, and gear press-fitting; today, a single intelligent line requires only 1–2 operators for parameter adjustment and routine inspections. This shift has reduced labor costs by 35% and cut the production cycle per motor by 40%. Overall daily production capacity has surged, enabling the efficient handling of both large-volume standard orders and small-batch customized motor requests, while significantly shortening delivery times. The production line is equipped with a digital production management system that synchronizes real-time data—such as equipment operating parameters, production progress, and defect statistics—to a central control display. Managers can remotely monitor the status of each workstation, enabling digital control over production scheduling, material flow, and equipment maintenance, thereby moving away from the inefficient, rough management styles of traditional workshops.
Lean Process Control: Building a Solid Foundation for Quality
"Even though the motor is small, precision is paramount; multiple inspection checkpoints are established for every single process step," explains the workshop production manager. Yitongda Motor adheres to a three-tier quality control system—comprising self-inspection by operators, mutual inspection by teams, and comprehensive final inspection—integrating quality management into the entire production chain.
At the stator winding station, automated equipment precisely controls coil turns and winding tension, maintaining tolerances at the micron level. During gear assembly, robotic arms handle gear pressing and clearance calibration, eliminating human assembly errors. Once assembled, every unit undergoes a 2-to-4-hour load-bearing test in a constant-temperature aging zone, where core performance indicators—such as rotational speed, torque, noise, current, and protection rating—are simultaneously monitored; non-conforming products are automatically diverted for rework, ensuring a first-pass yield rate consistently above 99.7%.
The workshop has also established a dedicated QC team to tackle technical challenges and continuously optimize processes for motors customized for various industries. They have independently improved insulation wrapping tooling and gear noise-reduction assembly techniques, implementing dozens of process improvements to resolve mass-production pain points regarding low noise, high torque, and long service life. These products meet the rigorous certification standards of high-end overseas clients and are exported to Southeast Asia, Europe
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