4 Stations Internal Stator Winding Machine
- 4 Simultaneous Winding Stations
- Microcomputer programmable indexing
- High slot fill factor for induction motors
Engineered for endurance in Caribbean industrial climates, each unit provides automated CNC control, rugged cast-iron stabilizing beds, and precision coil packing to serve electric motor manufacturing and rewinding plants throughout the Oriente region.
Santiago de Cuba stands as the southern economic capital and second-largest industrial territory in Cuba. Amid acute capital equipment import barriers and national electrification modernization initiatives, motor rewinding and automated assembly machinery have shifted from auxiliary assets to mission-critical infrastructure.
Situated directly along the Caribbean Sea, facilities in Santiago de Cuba operate in high relative humidity (exceeding 85%) and airborne salinity. Machinery must feature IP55 dust/moisture enclosures, anti-corrosive sealed bearings, and nickel-plated guide tracks to prevent galvanic degradation.
Unlike European 50Hz architectures, Cuba operates on a 60 Hz electrical grid with prevalent supply voltage fluctuations (110V/220V single-phase and 220V/380V/440V three-phase). Our equipment incorporates Delta/Mitsubishi wide-voltage input servo inverters with built-in surge suppressors.
From the sugar mills (centrales azucareros) in neighboring Contramaestre and San Luis to cement works and municipal water utility pumps, rewinding high-efficiency 3-phase stators locally saves millions in foreign currency and minimizes agricultural harvest downtime.
An engineering audit comparing primary international exporters supplying the Caribbean basin, evaluated on local Caribbean grid adaptability, custom stator tooling responsiveness, price-to-performance ratio, and spare parts availability.
| Rank | Manufacturer & Country | Specialization Focus | Caribbean & Cuba Suitability | Tooling Lead Time | After-Sales & Warranty |
|---|---|---|---|---|---|
| 01 | Zunqi Intelligent Equipment (Hongfang) Dongguan, China |
Turnkey Stator Lines, Coil Winders, Wedge Inserters, Rotor Turning & Pressing | Optimal (60Hz Ready, Tropicalized Cabinets, Low Parts Cost) | 10 – 15 Days (Custom Stator Sample Proofing) | 1-Year Full Warranty + Lifetime Video Diagnostics + Direct Spares |
| 02 | Statomat Specialmaschinen GmbH Germany |
High-volume automotive EV stator automation | Low (Prohibitive acquisition cost, complex European 50Hz logic) | 12 – 16 Weeks | Tiered warranty; European field service required |
| 03 | Nidec Corporation (Drive Technology) Japan |
High-speed automated inserting & precision winders | Moderate (High machine cost; proprietary software ecosystems) | 8 – 12 Weeks | Standard corporate warranty; authorized dealer network |
| 04 | Alliance Winding Equipment Inc. United States |
Fractional and sub-fractional induction motor winders | Constrained (Direct US embargo and trade restrictions to Cuba) | 6 – 8 Weeks | North American warranty; logistical barriers for Cuba |
| 05 | Marsilli S.p.A. Italy |
Precision bobbin winding and BLDC needle winders | Moderate (High engineering excellence; elevated consumable prices) | 10 – 14 Weeks | 1-Year warranty; European technical dispatch |
| 06 | Odawara Engineering Co., Ltd. Japan |
Complete stator assembly systems for consumer appliances | Moderate (Excellent stability; limited Spanish-language field support) | 12 – 16 Weeks | Standard Japanese domestic/export warranty |
| 07 | Schuemann (Maschinenfabrik GmbH) Germany |
Heavy industrial motor rewinding, form-wound coils | Moderate (Heavy power plant rewinding; high CAPEX requirement) | 10 – 12 Weeks | Factory warranty; long parts replenishment lead time |
| 08 | SMAC Automations India |
Ceiling fan winding and manual insertion tooling | Moderate (Economical machines; inconsistent tolerance consistency) | 4 – 6 Weeks | 6-Month to 1-Year warranty; remote assistance |
| 09 | Bestech Automation Co. Taiwan, China |
Small-scale motor coil winding and insulation machines | Moderate (Good component reliability; premium pricing over mainland) | 6 – 8 Weeks | 1-Year warranty; standard parts package |
| 10 | Wintec Engineering Solutions South Korea |
Automated armature and stator needle coil winders | Moderate (Specialized for micro-motors; limited heavy motor support) | 8 – 10 Weeks | 1-Year warranty; digital support portal |
Send your stator core CAD drawing or physical sample. Our engineering team designs the coil forms, wedge inserting fingers, and testing profile before crating.
How modernized stator winding and rotor finishing equipment directly resolves production bottlenecks across key eastern Cuban industrial sectors.
Given the prolonged tropical heat in Santiago de Cuba, residential desk fans, standing pedestal fans, and commercial ceiling fans operate under near-continuous duty. Local state-run enterprises and emergent private cooperatives (MIPYMES) frequently experience backlogs rewinding shaded-pole and capacitor-start fan stators manually. Implementing the HF-R40-2C Two-Station Ceiling Fan Winding Machine paired with the HF-C60 Rotor Fine Turning Machine accelerates production from 12 units per operator-shift to over 140 precisely wound stators per shift, maintaining tight concentric air-gap tolerances that suppress motor hum and excessive heating.
Recommended Tech: HF-R40-2C + Automatic Rotor Fine TurningSugar cane processing in the Santiago de Cuba basin requires robust, high-torque submersible and centrifugal water pump motors that withstand severe voltage sags. Hand-wound coils often suffer from irregular slot filling, localized hot spots, and inter-turn insulation friction punctures. By integrating our Automatic Coil & Wedge Paper Inserting Machine with the HONGFANG Stator Coil Forming Machine, rewinding workshops produce Class H insulated stators with uniform mechanical packing density, preventing moisture ingression and tripling operational MTBF (Mean Time Between Failures).
Recommended Tech: Stator Wedge & Coil Inserter + Final Forming MachineHeavy industrial gearboxes, crane hoists, and clinker conveyors at maritime terminals demand heavy-gauge copper wiring. The HF-W50 Hydraulic Rotor and Shaft Inserting Press guarantees that replacement motor shafts (machined from SC45# carbon steel) are pressed into the rotor core with precise micrometer coaxial alignment, preventing eccentric vibration that quickly ruins heavy roller bearings under load.
Recommended Tech: HF-W50 Hydraulic Press + SC45# Steel ShaftsImplementing an internationally certified, automated motor production line eliminates manual craft variance and delivers repeatable electromagnetic efficiency.
Automatic feeder creases, trims, and inserts DMD/Nomex insulation paper into every core slot with zero tearing, guarding against edge-puncture ground faults.
Servo flyer winds enameled copper or aluminum magnet wire into multi-step nesting coils with uniform tension control to preserve the dielectric lacquer.
Pushing blades transfer both pre-wound coils and slot retention wedges directly into the stator laminations in a single smooth, damage-free stroke.
Hydraulic dies flare out the end windings radially, ensuring the stator bore remains fully unobstructed for subsequent lacing needles and final assembly.
CNC servo lacing heads tightly bind coil overhangs on both drive and non-drive ends using synthetic lacing twine to suppress vibration harmonics.
Secondary hydraulic forming forces the outer diameter and axial height of the coil head into strict millimeter tolerances to match motor end-bell caps.
High-speed carbide turning skims the rotor outer diameter to an exact micro-finish, ensuring radial air-gap uniformity down to ±0.015 mm.
Interference-fit hydraulic piston drives the motor shaft into the rotor core under controlled tonnage, preventing internal lamination buckling.
Headquartered in Qishi Town, Dongguan—the epicenter of high-precision mechatronics manufacturing—Zunqi integrates 17+ years of international export pedigree with tailored OEM tooling capabilities.
We do not sell rigid off-the-shelf catalog units. Our tooling is engineered from your physical stator samples or DWG/STEP drawings, covering stack heights from 8mm to 200mm and slot counts from 8 to 72 slots.
Our control panels utilize internationally standard component ecosystems (Mitsubishi, Delta, Schneider, Omron, Siemens). Electricians in Santiago de Cuba can inspect, diagnose, and maintain hardware without proprietary software lockouts.
Each machine is coated in heavy VCI vapor-phase anti-rust oil, wrapped in multi-layer vacuum barrier film, and bolted down inside fumigation-free solid plywood sea freight crates, accompanied by wear parts kits for 2+ years of operation.
Addressing logistical, electrical, and operational inquiries specifically raised by procurement engineers and factory directors in Cuba.
Yes. Due to copper supply constraints in Cuba, many local repair facilities and motor manufacturers utilize enameled aluminum wire. Aluminum wire possesses lower tensile strength and a softer lacquer coating, which is susceptible to stretching or stripping. Our machines feature adjustable hysteresis magnetic tensioners and ceramic polished line guides that maintain gentle, precise tension from 0.10 mm to 1.20 mm wire gauges, preventing elongation and insulation damage.
We provide full commercial export packaging with CIF or CFR terms direct to the Port of Santiago de Cuba (Guillermón Moncada Port) or Havana Port for transshipment. Every shipment includes certified Commercial Invoices, detailed Packing Lists, Bills of Lading (B/L), Certificates of Origin (CO), and fumigation documentation. Machines are packed inside solid, fumigation-free treated plywood crates with internal desiccants and heavy-duty chassis anchor bolts.
The electrical network in the Oriente region can experience voltage brownouts and sudden surges. We equip our machine control cabinets with wide-tolerance switching power supplies, Delta/Mitsubishi AC servo controllers designed for ±15% voltage variations, and dedicated circuit phase protection relays. For facilities operating on 220V 60Hz 3-phase or 110V 60Hz single phase, we configure transformers and motor drives prior to crating.
Yes. Our winding machines feature modular quick-change tooling. By swapping the winding forms and entering the designated parameter preset on the touchscreen PLC (storing up to 99 distinct winding recipes), an operator can switch between diverse stator stack heights, turns counts, and slot architectures in less than 20 minutes.
Prior to shipment, we wind and process your actual stator sample in our factory, recording step-by-step video of the parameters, tooling alignment, and operation. Along with the equipment, you receive comprehensive digital manuals, wiring schematics, and bilingual video guides. Our engineering team conducts remote technical diagnostics via video call to assist your electrical engineers during startup.
Our minimum order quantity is just 1 set. Every piece of equipment carries a comprehensive 1-year manufacturer warranty. Should any critical component or servo drive experience failure under normal operating parameters during the warranty window, replacement assemblies are prepared immediately alongside remote engineering assistance.
Whether you require a single semi-automatic fan stator winder or a turnkey 8-stage automated stator inserting and lacing line, connect with Zunqi engineers for immediate technical proposals, CAD tooling reviews, and export freight quotes to Santiago de Cuba.