How to customize the stator winding machine for the 3115 drone motor?

If you need to customize the 3115 drone motor stator winding machine, you need to comprehensively consider the manufacturer from aspects such as equipment configuration, process design, control system, production capacity, and after-sales service. Then, how to customize the 3115 drone motor stator winding machine? What are the requirements for the manufacturer? Below, NOYU will simply introduce it to you! 
 

I. Equipment Configuration Requirements 
1.High-precision winding mechanism: Utilizes a precision winding head driven by a servo motor and is equipped with a tension control system to ensure the stable winding of the wire. The wire diameter range should be wide, covering wire diameters from 0.02mm to 1.2mm to meet the winding requirements of different specifications of stators. 
2. Multi-station structure: Supports simultaneous winding at two stations, four stations, or even six stations to enhance production efficiency. The multi-station design enables the processing of multiple stators simultaneously, significantly reducing the production cycle. 
3. Automated Loading and Unloading System: Incorporating robotic arms or specialized fixtures, this system enables the automatic picking, positioning, and clamping of stator cores. This reduces the need for manual operations and enhances the level of production automation. 
4. Intelligent Inspection System: Equipped with modules for coil winding count detection, wire diameter detection, and insulation performance testing, it continuously monitors the winding quality. Machine vision technology is introduced to inspect the appearance defects of the stator after winding, such as broken wires, disconnected wires, and abnormal winding counts, to ensure product quality. 
II. Process Design Requirements 
1.Parametricization of winding process: Supports flexible settings of parameters such as the number of coil turns, winding speed, and winding tension, to meet the winding requirements of different specifications of stators. Equipped with a process database, it can store the winding process parameters of various stators, enabling rapid model changes. 
2. Mold and fixture design: Considering the characteristics of the stator of the 3115 unmanned aerial vehicle motor, specialized winding molds and fixtures were designed. The molds need to ensure the shape and dimensional accuracy of the coils, while the fixtures should have a quick replacement function to reduce the time for model changes. 
3. Wire processing technology: Incorporates functions such as wire preheating, coating, and drying for pre-treatment, enhancing the insulation performance and winding quality of the wire. Supports special processing requirements such as multi-strand winding, to meet the production needs of different products. 
III. Requirements for the Control System 
1. Industrial-grade PLC and motion control: Utilizing high-performance PLCs and multi-axis motion controllers, the system achieves coordinated control of winding mechanisms, threading mechanisms, and loading/unloading systems. It supports industrial bus protocols to ensure high real-time performance and stability of the system. 
2. Human-machine interaction interface: Equipped with a touchscreen operation terminal, it supports intuitive setting and monitoring of process parameters. It provides functions for production data statistics and analysis, such as yield rate and production efficiency, to help users optimize the production process. 
3. Remote Monitoring and Maintenance: Supports remote monitoring and fault diagnosis of equipment via industrial Ethernet or 4G/5G networks. Integrates predictive maintenance features, using data analysis to proactively alert of equipment failures and minimize downtime. 
IV. Production Capacity Requirements 
Production efficiency: The single station winding speed needs to reach a certain level (such as 1000 - 3000 revolutions per minute), and the efficiency of multi-station equipment needs to be increased by 3 - 5 times to meet the requirements of large-scale production. 
2. Equipment stability: The MTBF (Mean Time Between Failures) should meet a certain standard (e.g. ≥ 5000 hours) to ensure that the equipment can operate stably for a long period of time and reduce maintenance costs. 
3. Changeover time: The changeover time should be controlled within a certain range (e.g. ≤ 15 minutes) to meet the production requirements of multiple models and improve the utilization rate of the equipment. 
V. After-sales Service Requirements 
Installation, commissioning and training: The manufacturer is required to provide installation and commissioning services for the equipment, and conduct professional training for the operators to ensure that the users can proficiently master the operation and maintenance skills of the equipment. 
Maintenance and servicing: Offer regular equipment maintenance and servicing to ensure that the equipment is always in optimal operating condition. At the same time, provide supply services for components to minimize downtime caused by component shortages for users. 
Technical support and upgrade: Provide continuous technical support services to help users solve problems encountered in the production process. At the same time, based on market demands and technological advancements, upgrade the equipment to enhance its performance and functionality. 
 

How to customize the stator winding machine for the 3115 unmanned aerial vehicle motor? What are the requirements for the manufacturers? The above has provided a brief explanation. We hope these knowledge can be helpful to everyone!