Configured specifically for electric fan manufacturers in Encamp. Our machines handle ceiling fans, exhaust fans, table fans, axial blowers, and BLDC residential cooling assemblies with certified tolerance stability and continuous duty operation.
Synchronized dual servo drive inserting enamelled copper wire coils and insulating slot wedges simultaneously in one stroke without insulation damage.
High-rigidity mechanical expansion forming tooling ensuring uniform end-turn dimensions, clearance optimization, and zero inter-phase short circuit risks.
Dual-flyer high-speed winding dedicated to fan motor armatures and DC rotor cores. Digital closed-loop wire tensioning prevents elongation.
Versatile dual-station rotary winder suitable for external ceiling fan stators, transformer chokes, and outrunner brushless torque motor stators.
Designed for multi-pole ceiling fan stator external winding. Optimized flyers allow high copper filling factor and tight neat layer arrangements.
Heavy-duty gear-driven linkage combined with precision push rods to handle tough fan motor coil groups and insulation paper with zero jams.
Gear-driven hydraulic press for inserting central shafts into fan stators and rotors with controlled tonnage, protecting bearing concentricity.
Mass-manufacturing inner stator winder engineered for BLDC fans and pump motors. High-speed multi-station indexing maximizes production yield.
Encamp's geographical positioning and local light industrial ecosystem demand versatile motor equipment adapted to high ambient seasonal temperatures, localized electrical supply standards, and strict energy efficiency codes.
For assembly plants producing classic PSC (Permanent Split Capacitor) and external-rotor ceiling fans for residential distribution:
Facilitating the technological transition across Encamp towards ultra-low watt, inverter-driven brushless DC motors:
Tailored for severe ambient temperatures and commercial ventilation systems where high duty cycles are mandatory:
Data-driven manufacturing analysis highlighting the structural evolution of electric motor assembly in regional workshops.
With regional Minimum Energy Performance Standards (MEPS) penalizing low-efficiency shaded-pole designs, manufacturers are retrofitting assembly lines with precision slot-filling insertion and multi-pole BLDC winders to achieve IE4/IE5 equivalent motor efficiency ratings.
Manual insertion and hand-lacing account for over 65% of plant assembly bottlenecks. Automated servo coil inserting reduces manual touchpoints from 7 operators to 1 supervisory technician, delivering complete machinery payback in 6 to 11 operational months.
Power grid fluctuations in developing production zones cause unexpected motor driver trippings. Zunqi machines integrate isolated 220V/380V multi-tap power systems with industrial filtering and top-tier drive components (Mitsubishi, Siemens, Delta) to preserve uptime.
| Machinery Model / Series | Supported Motor Types | Slot Range | Wire Ø Range | Cycle Time / Unit | Automation Level |
|---|---|---|---|---|---|
| Servo Stator Coil & Wedge Inserter | Ceiling Fans, Table Fans, Pumps | 8 – 36 Slots | 0.18 – 1.20 mm | 15 – 25 sec | Fully Automatic (Servo Driven) |
| HONGFANG Stator Forming & Shaping | Induction Fans, AC Blowers | Universal Form | All Guages | 8 – 14 sec | Pneumatic / Hydraulic Hybrid |
| High-Speed Flyer Armature Winder | DC Brush Fans, Small Rotors | 10 – 24 Comm. Segments | 0.08 – 0.65 mm | 12 – 22 sec | Dual-Flyer Fully Automatic |
| 2-Station Outer Stator Winder | External Ceiling Fans, Chokes | 12 – 36 Slots | 0.15 – 0.70 mm | 60 – 110 sec (Full Stator) | Semi-Auto Dual Station |
| HF-LO2-6G Internal Winder | BLDC Fan Stators, Drone Motors | 6 – 18 Teeth | 0.12 – 0.90 mm | Continuous Indexing | 6-Station Fully Automated |
| Hydraulic Shaft Pressing Machine | Ceiling Fan Rotor/Shafts | Shaft Ø8 – 35 mm | N/A | 6 – 10 sec | Hydro-Mechanical Interlock |
Operating directly out of Qishi Town, Dongguan—the core manufacturing epicenter of South China's electrical machinery cluster—Zunqi Intelligent Equipment Co., Ltd. combines mechanical craftsmanship with high-level automation engineering. We deliver the reliability of premier production systems without the exorbitant capital expenditures associated with Western European equipment.
Our control cabinets are engineered using modular industrial standard components. Factory owners in the Encamp market can easily service, source, and replace components locally without manufacturer lock-in:
Practical engineering answers addressing import logistics, wire adjustments, tooling changeovers, and plant maintenance.
Yes. Due to the high cost of copper, many manufacturers supplying the Encamp domestic market utilize magnet aluminium wire. Because aluminium wire has lower tensile strength and is more susceptible to surface scraping, our machines utilize specialized ceramic guide rollers, polished flyer eyes, and ultra-smooth digital magnetic tensioners to maintain zero surface degradation.
Most standalone ceiling fan winders and coil forming machines run on single-phase 220V 50/60Hz, while heavy automatic inserters, shaft presses, and lacing systems operate on three-phase 380V or 415V systems. During pre-order engineering review, we configure the control transformers and motor drives specifically for your local grid voltage in Encamp.
To supply the optimal tooling and spindle geometry, please provide your stator lamination drawing indicating stator outer diameter (OD), inner diameter (ID), stack height range, slot count, slot cross-sectional profile, wire diameter, and target turns per coil. If you have a physical stator sample or photos, shipping it to our Dongguan workshop allows exact matching.
For stators sharing the same outer lamination diameter but varying stack heights, adjustments are made digitally via the PLC touch screen in under 3 minutes. For different slot configurations or diameters, mechanical tooling sets (inserting blades, pushers, and former guides) are modular and can be swapped out within 20 to 30 minutes using standard metric allen wrenches.
We supply high-definition, step-by-step video setup guides, wiring diagrams, and translated operating manuals. Each machine is tested and parameter-locked before dispatch. In addition, our senior mechanical and electrical engineers offer real-time video conference assistance during your initial commissioning. On-site commissioning engineers are also available for complete factory line turnkey installations.
All critical machined steel surfaces, toolings, and guide rails are treated with industrial rust-inhibitor grease and wrapped in heavy VCI (Vapor Corrosion Inhibitor) waterproof film. The machine is bolted to a heavy structural timber base and enclosed in a fumigation-free export plywood case, complete with shock-absorbing skids and desiccant packs.
Consult directly with our motor automation specialists. Submit your stator specifications or factory expansion targets to receive an engineering proposal and detailed quotation within 9 hours.