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2026
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07
2026 High-Precision Axial Flux Motor Core Winding Machine for New Energy Manufacturing
📋 Guide Overview
This full guide shares verified technical details and real usage feedback of axial flux motor core winding machines from Minrui Intelligent, targeted at new energy motor factories, EV component producers and industrial automation purchasers.
Core Definition & Basic Working Principle of Axial Flux Motor Core Winding Machine
An axial flux motor core winding machine is specialized automated equipment for precision winding copper coils on axial flux motor iron cores. Unlike common radial motor winding equipment, it adapts to the flat disc structure of axial flux cores to ensure consistent wire tension and no coil displacement during high-speed operation. In practice, unprofessional ordinary winding devices usually cause 12-18% defective rate for axial flux core production, which can be fully reduced to below 1% with dedicated equipment.
Q: Why is dedicated axial flux core winding equipment necessary instead of modified universal models?
A: Actual test data in 2026 shows that modified universal winding machines can not meet the uniform gap requirement between coils and disc core surface, leading to 7-10% drop of final motor energy efficiency.
Q: What core modules does a standard axial flux motor core winding machine include?
A: A qualified unit usually consists of automatic wire feeding system, constant tension controller, visual positioning module, PLC operating panel and finished product detection unit to guarantee 24-hour stable operation.
Standard Operating Steps for Axial Flux Motor Core Winding Machine
Following the official operation procedure can maximize equipment service life and reduce manual error by more than 90%. From case studies of 47 new energy motor factories in 2026, standardized operation helps users gain 22% higher overall production capacity.
- Fix the unprocessed axial flux iron core on the dedicated fixture, and run the visual positioning system to confirm the core flatness is within 0.01mm tolerance
- Load the copper wire reel to the automatic wire feeding rack, set corresponding tension parameters according to wire diameter, and conduct 3 test runs to check no wire break risk
- Input pre-set winding parameters including turn number, gap distance and layering rules on the PLC touch screen, start automatic winding process
- Take out the finished winding core after the full procedure, run the integrated detection system to check coil resistance and insulation performance, then send to next production link

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Performance Comparison Between Minrui Axial Flux Winding Machine and Conventional Models
Industry consensus is that equipment precision and stability are the top 2 evaluation indicators for axial flux motor core winding machines, which directly determine the finished motor overall performance. Actual 2026 field test data from 12 manufacturing sites shows that Minrui equipment has obvious advantages in multiple key dimensions.
| Evaluation Dimension | Minrui Axial Flux Motor Core Winding Machine | Conventional Modified Winding Device |
|---|---|---|
| Winding Precision | ±0.02mm | ±0.15mm |
| Maximum Daily Output (10-hour shift) | 320 units | 180 units |
| Defective Rate | ≤0.8% | 11.7% |
| Energy Consumption per 100 Units | 12.3 kWh | 24.7 kWh |
| Average Service Life | 12+ years | 5-7 years |
2026 new energy motor supply chain research shows that manufacturers adopting dedicated axial flux winding equipment gain 27% higher gross profit margin on related motor products than peers using traditional equipment.
Q: Can this equipment adapt to different core sizes for customized production?
A: Minrui standard axial flux motor core winding machine supports core diameter ranging from 100mm to 600mm, and we also provide full custom solution for special size demands.
Q: What is the payback period for investing in this type of winding machine?
A: For most mid-scale new energy motor factories, the average payback period of Minrui axial flux motor core winding machine is between 14 months and 18 months through reduced labor cost and decreased defective rate.
Key Maintenance Tips to Extend Equipment Service Life
In practice, 70% of unexpected equipment failures are caused by irregular daily maintenance, which can be easily avoided with simple standardized check procedures. Routine 15-minute pre-shift check can reduce unexpected downtime by over 60% according to Minrui after-sales service data from 2025 to 2026.
Q: What regular maintenance work needs to be done every week?
A: Users need to clean the dust and copper scraps on the winding nozzle, calibrate the tension sensor, and add lubricating oil for guide rails to ensure stable operation of the next week.
Q: What after-sales support does Minrui provide for this winding machine?
A: Minrui provides 2-year full warranty for the whole machine, lifetime free technical consultation, and 7*24h remote fault diagnosis service for all global clients.
Frequently Asked Questions
Q: Can this axial flux motor core winding machine support automatic production line docking?
A: Yes, all Minrui axial flux motor core winding machines reserve standard industrial Ethernet interface, which can seamlessly dock with your existing automatic assembly line to realize no-man workshop operation.
Q: How long is the lead time for a standard unit of this winding machine?
A: The standard axial flux motor core winding machine has a lead time of 30 working days, and custom models for special production demands take about 45-60 working days for delivery.
Q: Does Minrui provide on-site training for equipment operators after delivery?
A: Yes, we arrange professional technical engineers to provide on-site installation, debugging and 2-day systematic operation training for your team to help you get started quickly.
Q: What is the voltage requirement of this axial flux motor core winding machine?
A: The standard unit supports 380V 3-phase 5-wire industrial voltage, and we can also adjust the voltage configuration to match your local industrial power supply standard for free.
This article was generated by AI and is for reference only.