From standalone table fan stator winders to integrated servo-driven coil lacing and slot wedge insertion cells, our equipment provides high repeatability, rugged durability, and bespoke tooling configured precisely to European motor blueprints.
Hydraulic second shaping mechanism engineered for table fan and industrial ventilation stators. Guarantees uniform overhang clearance.
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High-cadence outer stator coil production line featuring synchronized multi-axis PLC control and automatic station indexing.
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1000W 380V/220V rapid coil binding system that provides uniform tensioning to eliminate coil head vibration and electromagnetic humming.
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Precision turning unit equipped with heavy-duty PLC core components for outer diameter surface skiving and uniform air-gap calibration.
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Engineered for multi-pole table fan and brushless blower inner stators, optimizing slot fill factor through closed-loop wire tensioning.
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Automated slot edge creasing, cutting, and insertion mechanism for Nomex, DMD, or green composite insulation paper in cooler motors.
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Dual-action servo press tooling that drives pre-wound coils and insulation wedges simultaneously into stator slots in a single stroke.
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Versatile winder handling 0.1–1.2mm copper or aluminum wire for single-phase table fan and desk fan laminated core packages.
Explore SpecificationsThe city of Pécs and the wider Baranya region in Hungary have transformed into an agile manufacturing corridor, bridging Central European Tier-1 electrical supply chains with competitive manufacturing infrastructure.
Industrial parks around the Southern Transdanubia region increasingly house manufacturing contractors supplying desktop, cabinet, and forced-convection fan sub-assemblies for larger HVAC conglomerates throughout Austria, Germany, and Hungary. Automated coil winding ensures the strict low-decibel tolerances demanded by European residential air circulation equipment.
Plant operators in Pécs modernizing from classic shaded-pole motors to energy-efficient Permanent Magnet Brushless DC (BLDC) architectures require reconfigurable internal stator winding machines (such as the HF-LO2-6G). Our modular spindle setups support high copper-fill factors without stressing enamelled wires during multi-pole inner winding sequences.
Local contract manufacturers frequently change production lines between compact 12-inch desk fan motors, floor misting fans, and specialized electronics cooling blowers. Zunqi provides rapid-changeover tooling blocks and quick-clamping fixtures, drastically reducing downtime between batch runs in high-mix, medium-volume Hungarian facilities.
Table fan motors operate under continuous duty cycles in domestic environments, requiring precise electro-mechanical balance to prevent micro-vibrations, thermal hot spots, and insulation degradation.
Manual or poorly regulated winding causes wire stretch, thinning the dielectric enamel layer and creating micro-short risks. Our electronic magnetic tension controllers sustain consistent wire tensioning across the entire acceleration-deceleration flyer cycle, accommodating both high-purity copper and economic aluminium-alloy enamelled magnet wires ranging from 0.1 to 1.2 mm.
Traditional multi-step manual lamination loading exposes vulnerable slot insulation to shear stress. The servo-driven insertion tooling pushes coils and precisely cut wedge paper into the stator core in a single fluid stroke. This preserves the DMD insulation barrier, eliminating phase-to-phase shorts and drastically improving breakdown test yield rates.
Without hydraulic pre-forming and final secondary sizing, end turns spread radially outward, fouling end-shield castings or protruding into the central rotor cavity. Our automated shaping modules cold-form coil heads to designated clearance tolerances, preparing the stator assembly for rigid double-side lacing with tensile cord.
| Stator Fabrication Phase | Recommended Machine Series | Core Tooling Configuration | Yield Output Benchmark | Key Tolerance Criteria |
|---|---|---|---|---|
| 1. Slot Cell Insulation | HONGFANG HF-D50 Inserter | Customized punch & fold die to stator slot depth | 0.5 – 1.0 sec / slot | Fold overhang: ±0.2mm |
| 2. Precision Stator Winding | Automatic 6-Station Outer / Multi-Head | Hardened tungsten-carbide wire guiding flyers | Up to 2500 RPM flyer rate | Turn counter: 0 error count |
| 3. Coil & Wedge Insertion | Servo Stator Inserting System | Segmented guide push blades matched to stack ID | 12 – 18 sec / cycle complete | Slot wedge position: ±0.3mm |
| 4. Intermediate & Final Forming | HF-W120H Hydraulic Shaping Press | Expanding internal core & clamp outer shoes | 8 – 12 sec / stator | Bore clearance: strict true circle |
| 5. End-Turn Cord Lacing | HF Single/Double Side Servo Lacer | Rotary indexing table with tensioned needle drive | 0.5 sec / stitch variable | Knot locking tension: >45 N |
Stricter environmental standards across the European Union continue to reshape regional fan manufacturing, placing greater emphasis on motor efficiency, material recyclability, and localized industrial automation.
Electric motors used in residential tabletop, pedestal, and wall-mount fans are under increasing pressure to meet elevated seasonal energy performance tiers. By tightening magnetic circuit tolerances through uniform automated winding and fine rotor turning, factories reduce stray load losses and optimize stator magnetic flux density.
Industrial operations in Baranya County face rising operational and skilled labor costs. Replacing labor-intensive coil winding and manual lacing with semi-automated and fully automated multi-station cells allows motor makers to maintain domestic competitive advantages while stabilizing unit production cycles.
For machinery imported into Hungarian industrial facilities, electrical reliability and safety compliance are paramount. Our export production units are built around recognizable, globally accessible industrial control platforms (including Siemens, Schneider, Mitsubishi, Omron, and Delta PLCs) and adhere to CE machinery safety directives, streamlining factory floor commissioning and long-term MRO spares procurement.
Headquartered in Qishi Town, Dongguan—an international manufacturing capital—Zunqi Intelligent Equipment combines deep mechanical engineering heritage with direct export capability.
We do not deliver generic off-the-shelf equipment. Every insertion magazine, winding flyer, shaping shoe, and core clamping chuck is CAD/CAM engineered directly from your stator lamination drawings and stack height parameters to ensure first-time assembly accuracy.
As a single-source equipment designer, our insulation inserters, coil winders, wedge inserters, forming presses, and lacers operate on balanced cycle times. This eliminates bottlenecking between cell stages and provides consistent workflow across the complete assembly line.
We invite procurement engineers to supply sample lamination packages and enamelled wire coils prior to machine dispatch. We execute rigorous bench runs in our workshop, recording operational video logs, resistance balancing metrics, and cycle timing reports before final crating.
Clear, definitive answers to technical, commercial, and logistical questions regarding the ordering and commissioning of our stator production machines in Pécs.