Fully Automatic Fan Motor Coil Winding Machine for Copper & Aluminum Wire
- Dual Wire: Enamelled Cu / Al compatible
- Wire Range: 0.10mm to 1.20mm
- PLC Controller with touch HMI
Engineered Automation Solutions
Featured Coil Forming & Stator Manufacturing Systems
Precision machines built for household appliances, industrial pumps, and ventilation equipment. Every unit is engineered for rigid endurance and adaptable tooling standards.
Hot Sale Armature Rotor Winding Machine for Fan Motors
- High-Speed dynamic hook indexer
- Tension-controlled wire feeding
- Compact floor space footprint
New Rotor and Shaft Inserting Hydraulic Press Machine HF-W50
- Precision stroke force limitation
- Interference-fit concentricity guard
- Industrial 1-Year Warranty
Precision Electric Iron Motor Shaft for Household Fans & Coolers
- High-grade SC45 carbon steel
- Ground journal runout <0.005mm
- Anti-corrosion surface passivation
HONGFANG HF-D50 220V 1000W Slot Insulation Paper Insertion Machine
- Automatic edge hemming and folding
- Cycle: ~0.5s to 0.8s per slot
- Zero paper jamming sensor system
HF-R22 Semi-Automatic Coil Winding Machine with 8 Winding Heads
- Simultaneous 8-head bulk output
- Suitable for power tools & water pumps
- Continuous pitch traversing motor
High Output 4-Station Internal Stator Coil Winding Machine
- Automatic 4-spindle synchrony
- Internal slot needle winding tech
- Servo-driven rotary dial table
Hydraulic Ceiling Fan Motor Stator Shaft Inserting Press Machine
- Gear-driven hydraulic press cycle
- Prevents lamination skew and flare
- Rugged cast-iron rigid foundation
The Critical Function of Coil Forming in Electric Motor Manufacturing
In the electro-mechanical production chain, inserting wound magnetic wire coils into the stator core lamination represents only half of the mechanical challenge. Once coils are positioned into the insulated slots, the outer wire bundles—commonly referred to as end-turns or coil overhangs—protrude beyond the steel stack. Without strict physical dimensional control, these loose overhangs create catastrophic manufacturing issues: they obstruct the motor's rotor air gap, prevent end-bell housings from seating flush, and experience localized mechanical friction under continuous harmonic vibration.
A modern motor stator coil forming machine resolves these geometric tolerances through hydraulic or servo-driven two-stage forming dies. During the initial intermediate forming cycle, expanding inner expansion fingers push the wire loops away from the stator bore, ensuring absolute clearance for the subsequent rotor insertion. Following slot lacing and string binding, a final forming press exerts calibrated axial and radial pressure across the coil head, compacting copper or aluminum bundles into an aerodynamically optimal, geometrically rigid profile. This dimensional precision safeguards the insulation enamel from dielectric breakdown while maximizing heat dissipation inside enclosed motors.
Dielectric Enamel Protection
Custom-ground tooling mandrels prevent micro-scratches on thin polyamide-imide enamel coatings, eliminating slot-to-slot micro-arcing and phase shorts during high-voltage surges.
Radial Air-Gap Guarantee
Internal expanding segments preserve the rotor insertion clearance bore with micron-level concentricity, ensuring uniform magnetic flux and minimizing electromagnetic acoustic hum.
Optimized Thermal Conduction
Tight compaction of the winding head reduces dead-air pockets within the bundle, accelerating conductive heat transfer toward external cast-iron fins or liquid cooling jackets.
Albania Industrialization: Motor Manufacturing & Repair Ecosystem
Albania's industrial landscape is experiencing structural modernization, accelerated by trade integration with the European Union, proximity to the Italian manufacturing corridor, and increasing direct investments across the Tirana-Durrës economic belt, Elbasan, Shkodër, and Fier. Historically dominated by mining extraction and agro-processing, the regional economy is transitioning into light machinery assembly, HVAC equipment fabrication, and specialized electromechanical rewind infrastructure.
| Albanian Industrial Sector | Predominant Stator Specifications | Target Machine Integration | Operational Value Advantage |
|---|---|---|---|
| Hydropower & Submersible Water Pumps (Drin River basin & Agricultural zones) | Medium/Heavy Stators, Wire Dia 0.60–1.20mm, Deep Slots | Hydraulic Stator Forming & Wedge Insertion Line | High mechanical hold against water-hammer hydraulic shocks; vibration-proof compact end turns. |
| Industrial HVAC & Commercial Ventilation (Durrës Logistics & Coastal Plants) | 16 to 36-slot internal stators, Cu/Al enameled wire | Fully Automatic Fan Motor Coil Winders (HF-R40, HF-R22) | Rapid turnover between copper and aluminum wire setups without damaging lighter aluminum wire tensile bounds. |
| Mining, Quarrying & Concrete Plants (Elbasan, Bulqizë Chrome regions) | High-torque induction motors, IEC frame 90–160 | Automatic Double-Side Lacing & Heavy Hydraulic Forming | End turns rigidly laced to resist heavy dust ingress, thermal cycling, and high-starting-torque mechanical whip. |
| Automotive Components & Auxiliary Motors (Special Economic Zones) | Compact DC/BLDC stators, multi-pole rotors | 4-Station Internal Stator Winders & Shaft Presses | Servo-accurate multi-pole needle placement with computerized slot-fill tracking and digital batch records. |
As local engineering firms throughout Albania seek to elevate domestic added value and comply with international CE safety and energy efficiency classifications (IE2 to IE4 standard adoption), reliance on purely manual hammer-and-chisel coil shaping has become unviable. Modern coil forming machinery delivers repeatable stack height containment, eliminates insulation scuffing, and drastically cuts skilled-labor hours—giving domestic Albanian facilities a decisive competitive edge in both domestic repair contracts and export-oriented subcontracting.
Supplier Landscape Evaluation: Albanian Exporter Benchmark
Selecting the correct manufacturing equipment partner requires balancing tooling adaptability, control architecture, lead times, and post-installation remote support. Below is an engineering evaluation framework comparing top global exporters servicing the Southeast European / Albanian market:
| Supplier / Exporter Class | Tooling Lead Time | PLC & Servo Architecture | Custom Stator Adaptation | Total Cost of Ownership (TCO) |
|---|---|---|---|---|
| Zunqi Intelligent Equipment (China) | 20–35 Days (Sample Verified) | Configurable: Siemens / Mitsubishi / Delta | Bespoke per drawing (MOQ 1 set) | Optimal — Direct factory pricing, robust modularity |
| Italian / German Tier 1 OEMs | 120–180 Days | Proprietary closed-loop architectures | Restricted to high-volume standardized lines | High initial CAPEX; steep premium on tooling changeovers |
| Turkish Machinery Integrators | 45–60 Days | Local Turkish / European generic PLCs | Moderate flexibility for standard pump frames | Medium; freight advantage but higher initial machinery cost |
| Generic Surplus & Trading Aggregators | 10–15 Days (Stock only) | Non-standardized mixed electronics | None; buyer must adapt their stator to stock die sets | Unpredictable — High hidden maintenance and modification costs |
Engineering Authority: Zunqi Intelligent Equipment
Headquartered in Qishi Town, Dongguan, China—at the epicentre of precision manufacturing—Zunqi Intelligent Equipment Co., Ltd. has delivered over 17 years of dedicated manufacturing and export excellence. We design, machine, assemble, and validate turnkey electric motor production machinery, specializing in internal stator winding, automatic wedge insertion, dual-side lacing, hydraulic rotor shaft pressing, and precision coil forming.
Rather than offering rigid, off-the-shelf equipment, our core strength lies in bespoke engineering: our engineering team builds custom die formers, pushers, and clamps tailored to your specific physical stator stack drawings. Every machine undergoes a documented full-cycle trial run with the customer’s actual stator cores before ocean or air crating.
Siemens PLC
Mitsubishi Drives
Schneider Electrics
Delta Touchscreens
SMC / Airtac Pneumatics
SC45 Tool Steels
Technical Due Diligence
Frequently Asked Questions for Albanian Machinery Procurement
Key technical, electrical, and commercial answers for plant managers and purchasing directors in Albania.
1. What specific stator data is required to design our coil forming dies? +
To fabricate precision forming dies, we require: stator inner diameter (ID), outer diameter (OD), total lamination stack height, slot count, coil overhang height restriction, winding wire diameter, and whether the winding is single or double-layer. Supplying a 2D/3D CAD drawing (.DWG, .STEP) or dispatching 1–2 physical un-wound and wound stator samples ensures 100% tooling compatibility.
2. Can your machines adapt to Albania's electrical grid standards? +
Yes. Albania operates on standard European grid ratings: 400V Three-Phase or 230V Single-Phase at 50Hz. All Zunqi equipment exported to Albania can be configured directly for 400V 50Hz 3-phase or 220V/230V single-phase industrial lines, utilizing CE-standard Schneider/Siemens electrical protection components without requiring external step-down transformers.
3. How do you handle installation, commissioning, and staff training in Albania? +
Every machine is pre-commissioned and tested in our factory using your parameters, and we provide step-by-step video documentation, an English HMI touch panel, and a detailed wiring schematic. For full stator production lines, our field service engineers can travel to your facility in Albania (Tirana, Durrës, Shkodër, etc.) for on-site anchoring, line synchronization, and operator training, supported by our remote engineering response desk within ≤9 hours.
4. Can the coil forming tooling accommodate both copper and aluminum magnet wire? +
Yes. Aluminum wire has lower elongation strength and is more susceptible to enamel stress cracking than copper. When designing dies for aluminum motor production, our engineers polish contact mandrels to a mirror finish and program hydraulic pressure curves with controlled ramp-up speeds on the PLC to prevent wire stretching or dielectric insulation damage.
5. What shipping terms, transit routes, and packing methods apply to Durrës Port deliveries? +
We deliver under standard Incoterms (FOB Shenzhen, CIF Durrës, or DDU inland). Machines are wrapped in heavy anti-corrosion VCI barrier film, treated with protective rust preventative grease, bolted onto rigid steel-reinforced skid platforms, and crated inside ISPM-15 compliant fumigation-free wooden cases built to withstand long-distance maritime freight.
6. What is the Minimum Order Quantity (MOQ) and warranty coverage? +
The MOQ for all our motor winding, inserting, forming, and lacing machines is 1 set. Every system includes a comprehensive 1-Year mechanical and electrical warranty, accompanied by a complimentary spare wear-parts package (pusher blades, needles, limit switches) and guaranteed lifetime tooling replacement availability.
Transform Your Motor Production Efficiency Today
Discuss your stator stack drawings, cycle-time objectives, or plant modernization needs directly with our senior application engineers. Receive an engineered layout and price quotation within 9 hours.
