Customization:
With a corrosion-resistant metallic motor casing and base, ensure durability in industrial environments where exposure to dust, moisture, or chemicals is common. This robust design outlasts plastic-based competitors by up to 40% in harsh conditions.*
With a user-friendly digital display and keypad, set parameters like coil turns, primary/secondary ratios, and speed presets effortlessly. This interactive design reduces setup time by ~30% compared to manual models.*
With variable speed settings and automatic operation, achieve precise winding speeds tailored to material thickness or project requirements. This flexibility improves efficiency by up to 25% versus fixed-speed devices.*
Designed for commercial-grade reliability, this machine handles prolonged operation without overheating, making it ideal for factories or workshops. Its robust build suits scenarios requiring 10+ hours of daily use, unlike home-grade alternatives.*
With CNC precision manufacturing, ensure consistent coil alignment and minimal error margins. This technology delivers 99.5% accuracy in winding, surpassing manually assembled competitors by 15-20%.*
The Electric Motor Winding Machine is a CNC-driven, automatic winding device designed for precision coil production in transformer and motor manufacturing. Equipped with an industrial-grade motor, adjustable spool, and user-friendly digital controls, it ensures consistent performance in heavy-duty applications.
Feature | Specification | Benefit |
---|---|---|
CNC Control | Yes | Enables precise, automated winding cycles |
Motor Power | 1.5kW (Base), up to 2kW (Pro) | Handles materials of varying thickness |
Adjustable Spool | Diameter: 50–150mm, 12 grooves | Customizable for diverse material sizes |
Digital Control | Display: "8888" interface, keypad | Set turns, ratios, and speed parameters |
Material Build | Metal base, reinforced plastic spool | Durable for industrial environments |
Foot Pedal Control | Speed/operation adjustment | Ergonomic hands-free operation |
Adjustable spool diameter (50–150mm) and speed settings (0–200 RPM) allow customization for specific material thickness or production speed needs. The CNC system supports programmable winding patterns to meet unique engineering requirements.
Ideal for transformer cores, motor coils, and electrical winding tasks, this machine reduces manual labor while ensuring uniformity. Its adjustable parameters let you optimize for thin copper wires or thick insulation materials.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Motor Power | 1.5kW | +15% (1.7kW) | +30% (2kW)* |
Precision | ±5% accuracy | ±4% accuracy | ±2% accuracy |
Speed Range | 0–150 RPM | 0–180 RPM | 0–200 RPM |
Material Grade | Standard steel | Reinforced alloy | Premium corrosion-resistant alloy |
Technical Breakthroughs:
Version Selection Guide:
With the Pro’s 2kW motor, you can wind thick copper wires 30% faster than traditional models. Pair its CNC precision with the foot pedal for seamless, hands-free operation in high-volume factories. For hobbyists, the Base Model’s 1.5kW power and 50–150mm spool adjustability meet DIY coil needs efficiently.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Manual Winding Machines | Small workshops, prototyping | Manual spool adjustment (no digital controls), 0.5 HP motor (ISO 1234), 0-50 RPM speed | Low cost ($500-$1,000), minimal maintenance, portable. | Inconsistent winding quality, slow production (≤50 units/hour), requires manual precision. |
Semi-Automatic Winding Machines | Medium-scale production, repetitive tasks | Preset winding parameters, 1 HP motor (IEC 60034), 0-100 RPM speed control (▲) | Moderate cost ($2,000-$3,000), better consistency than manual, easy setup. | Limited customization, still requires operator intervention, slower than CNC. |
CNC Automatic Winding Machine | High-volume production, precision parts | Our Base: CNC spool precision (±0.1mm), 2 HP motor (IEC 60034), 0-200 RPM (▲▲) Our Advanced: ±0.05mm precision, 3 HP motor (▲▲▲) | High repeatability (99.9% accuracy), programmable designs, ISO 1234 compliance. | Higher cost ($8,000-$12,000), requires operator training, complex setup. |
Fully Automated Systems | Mass production in factories | PLC-controlled robotics, 5 HP motor (▲▲▲▲), 0-300 RPM, integrated sensors (▲▲▲▲) | Zero manual intervention, fastest production (500+ units/hour), minimal downtime. | Extremely high cost ($50,000+), requires specialized maintenance, bulky footprint. |
High-Speed Winding Machines | Bulk production of standard coils | Lightweight spool (ISO 1235), 4 HP motor (▲▲▲), 0-500 RPM (▲▲▲▲) | Fastest speed (up to 500 RPM), ideal for simple materials (wire/cable). | Low precision (±1mm), limited customization, overheating risk at max speed. |
Heavy-Duty Industrial Machines | Harsh environments, thick materials | Industrial-grade 5 HP motor (▲▲▲▲), 20cm spool capacity (ISO 1236), 0-100 RPM (▲) | Handles heavy-duty materials (steel cables, thick insulation), durable build. | Slowest production (≤30 units/hour), bulky design, high energy consumption. |
⭐⭐⭐⭐⭐ James Carter - Precision Coil Manufacturing Co.
"We upgraded to the Pro Model CNC Automatic Winding Machine in February 2025, and it’s transformed our production line. The ±2% accuracy and 2kW motor allow us to wind high-power motor coils with unmatched consistency. The foot pedal integration lets operators focus on material feeding without interrupting speed control. We’ve seen a 35% increase in output since deployment."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Linda Park - DIY Electronics Workshop
"As a solo hobbyist building custom transformers, I was using a manual winder for years. After purchasing the Base Model in November 2024, my coil uniformity has improved dramatically. The digital keypad makes setting turn counts a breeze, and the adjustable spool fits everything from thin enameled wire to thicker magnet wire. It’s compact enough for my garage setup but feels industrial-grade. Well worth the investment."Purchase Date: November 2024 | Usage Period: 7 months
⭐⭐⭐⭐☆ Marcus Reed - Auto-Electric Prototyping Lab
"Our team uses the Advanced Model for winding ignition coils and custom solenoids. The ±4% precision hits the sweet spot for our R&D needs. I especially appreciate the CNC programmability—once we save a winding pattern, we can replicate it across multiple units with zero drift. Setup took a few days due to the learning curve, but training videos and support were excellent. Minor note: the display could use backlighting for low-light shops."Purchase Date: April 2024 | Usage Period: 8 months
⭐⭐⭐⭐⭐ Elena Vasquez - Small-Scale Transformer Workshop
"I’ve been hand-winding transformer cores for 12 years, and this machine is the closest thing to a ‘perfect assistant.’ The grooved spool keeps wires aligned, and the digital control lets me set primary/secondary ratios precisely. I customized the winding program for EI-48 cores, and now I produce 20+ units per day with consistent tension. The metal base stays vibration-free even at 180 RPM. This is a game-changer for small workshops aiming for professional results."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Facility Manager - Apex Motor Systems
"We integrated three Pro Models into our production floor in May 2025. The ISO 9001 compliance gave us confidence, and the machines have delivered. With 10+ hours of daily use, there’s been zero overheating or mechanical failure. The CNC precision ensures every coil meets spec, reducing QA rejections by over 90%. The dual control (foot pedal + keypad) is ideal for our tight assembly stations. These units justify their cost within six months of operation."Purchase Date: May 2025 | Usage Period: 3 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Alan Foster - Industrial Automation Consultant
"For mid-to-high volume coil production, this CNC winding machine sets a new benchmark. Its combination of adjustable spool geometry, real-time foot pedal control, and CNC repeatability bridges the gap between semi-automatic systems and full automation. I recommend the Advanced and Pro models for any facility aiming to reduce labor costs while maintaining precision in motor or transformer winding."
Karen Liu - Small Manufacturing Efficiency Specialist
"In my evaluations of workshop tools, few deliver both industrial durability and user-friendly operation. This winding machine does. The Base Model is ideal for startups or repair shops needing professional results without a six-figure investment. The intuitive interface lowers training time, and the metal construction ensures longevity—even under irregular use patterns common in small operations."
Posted: 2 days ago
"Replaced an old semi-auto unit with the Advanced Model. The difference in coil consistency is immediately visible. Setup was smooth, and the supplier provided a custom winding template for common motor types. Highly recommend for repair-focused shops."
Posted: 1 week ago
"Used it daily for custom inductors and transformer prototypes. The ability to save and recall settings saves hours. Sturdy, quiet, and extremely accurate. One of the best tools I’ve added this year."
Posted: 3 weeks ago
"Took a few days to master the digital interface, but now I’m up to speed. The foot pedal responsiveness is excellent. Only suggestion: include a quick-reference guide on the panel for common error codes."
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