HONGFANG HF-D50 220V 1000W Green Insulation Paper Insertion Machine
- Power: 1000W (220V Single-Phase)
- Auto slot creasing, cutting & inserting
- 1-Year Global Warranty Included
Factory-Direct Portfolio
Featured Stator Coil & Rotor Processing Machinery
Proven automation systems built with PLC-synchronized tooling, high-hardness alloy forming dies, and servo-actuated precision to meet strict European Ecodesign efficiency standards.
Automatic Rotor Fine Turning & Surface Cutting Machine HF-C60
- Industrial PLC with automated coolant pump
- Strict outer diameter air-gap consistency
- Vibration-free spindle balance structure
Electric Motor Spares SC45# Steel Iron Fan Motor Shaft
- High-grade structural carbon steel SC45#
- Quenched, ground & anti-corrosion treated
- Micron-level journal concentricity
Hydraulic Ceiling Fan Stator Shaft Inserting Press Machine
- High-stability gear-driven hydraulic drive
- Controlled tonnage eliminates lamination warping
- Dual palm safety actuation system
HF-R40-2C Automatic Ceiling Fan Motor Coil Winding Machine
- Two-station synchronized winding heads
- Digital tension control for copper & aluminum
- Zero enamel damage via ceramic wire guides
Motor Slot Insulation Paper Inserting & Cutting Machine
- Dual voltage compatible: 380V 3P / 220V 1P
- Precision rotary indexing: table fan & pump motors
- DMD, Nomex, & PET insulation supported
Automatic Ceiling Fan Winding Machine Two-Station System
- High-speed dual-station simultaneous winding
- Smart touchscreen parameter memory banks
- Robust cast-iron vibration dampening frame
Six Stations Outer Stator Motor Coil Winding Machine
- Six-spindle continuous automated indexing
- Precision servo lead-screw layer distribution
- Engineered for high-volume automated lines
The Physics of Precision Coil Forming in Modern Motor Assembly
In electric machine manufacturing, the coil forming process is the decisive mechanical phase between coil insertion and final stator varnishing. When coils are inserted into the stator slots, the end windings (coil heads) project irregularly from both ends of the lamination stack. If left unformed, these protruding copper wire bundles compromise the physical clearance within the motor end-bell housing, induce localized high-voltage partial discharges, and create aerodynamic drag that undermines motor efficiency.
Our industrial coil forming machines execute a multi-directional volumetric press using customized expanding inner mandrels, segmented radial fingers, and external clamping dies. This synchronized action pre-shapes the end turns (intermediate forming) to clear the internal stator bore for the lacing needle path, followed by final forming which calibrates the exterior envelope dimensions to strict millimeter tolerances (±0.05 mm), safeguarding copper enamel integrity throughout.
Zero Micro-Cracking on Enamel
Optimized End-Turn Copper Mass
IEC & NEMA Compact Envelopes
Critical Forming Parameters & Tolerances
Radial Expansion Clearance:
0.30 mm – 0.85 mm
Forming Pressure Repeatability:
±1.5% Hydraulic Proportional
Insulation Paper Flare Retention:
1.5 mm – 3.0 mm Cuff Height
Wire Fill Factor Allowance:
Up to 78% Slot Volume
Cycle Time per Stator Unit:
8.5 – 14.0 Seconds
Flemish Industrial Ecosystem
Industrial Application Scenarios in the Bruges Manufacturing Corridor
Bruges serves as an integral pillar of the Flemish industrial nexus, connecting the deep-water maritime infrastructure of the Port of Antwerp-Bruges (Zeebrugge) with advanced machine builders across West Flanders. Our equipment directly powers specialized manufacturing demands across three critical sectors:
Maritime & Port Logistic Drive Systems
Zeebrugge’s container gantry cranes, ro-ro automated transfer shuttles, and electric tugboat winches demand marine-grade auxiliary motors. Operating in saline, high-humidity North Sea environments requires stators with exceptionally uniform coil forming to ensure 100% resin impregnation during vacuum pressure impregnation (VPI), eliminating air pockets that foster electrolytic corrosion.
Offshore Wind Turbine Auxiliaries
As the primary logistics base for Belgian offshore wind farms in the North Sea, West Flanders facilities manufacture yaw motors, pitch drives, and cooling fan stators. These high-torque intermittent-duty motors require precise mechanical lacing and double-side coil forming to resist severe cycloid vibration profiles and thermal cycling fatigue.
High-Efficiency Industrial Pumps & HVAC
In accordance with the European Union’s Ecodesign Directive (EU 2019/1781) mandating IE3 and IE4 efficiency standards, regional pump and industrial refrigeration compressor makers use our automatic slot paper inserters and rotor surface fine-turning units (HF-C60) to eliminate rotor air-gap concentricity variance down to ±0.015 mm.
Standardized Manufacturing Line
End-to-End Automated Stator Production Cycle
Integrate singular machines into a continuous, harmonized production flow engineered to fit factory space constraints while achieving maximum hourly output.
01
Slot Cell Insulation
HF-D50 feeds, cuffs, cuts, and pushes Nomex/DMD paper into each lamination slot automatically, isolating core teeth from magnet wire.
02
Coil Group Winding
HF-R40-2C or Six-Station Outer Winder winds precision enameled copper turns with programmable tension control directly into fly-forms.
03
Intermediate Forming
Proportional hydraulic or servo cylinder expands the internal head, flaring wire loops away from the bore to clear lacing needles.
04
Final Sizing & Lacing
Double-side servo lacing binds the coils rigidly before the final 3D forming press locks outer diameter and stack-end overhang dimensions.
Engineering Specifications
Technical Comparison: Core Production Machinery
Data-driven machine sizing matrix for Flemish plant managers and electrical engineering directors.
| Machine Model | Primary Process Function | Operating Voltage & Power | Compatible Stator / Rotor Range | Cycle Time / Output | Industrial Control |
|---|---|---|---|---|---|
| HONGFANG HF-D50 | Slot Insulation Paper Insertion | 220V 1P / 380V 3P • 1.0 kW | Stator OD Ø30–160 mm; Stack: 10–120 mm | 0.35 – 0.5 sec/slot | Omron / Delta PLC |
| HF-R40-2C System | Dual-Station Coil Winding | 220V 1P 50/60Hz • 1.5 kW | Wire Dia: 0.12–0.55 mm; Stator ID: ≥Ø18 mm | Up to 2,800 RPM Spindle | Dual Microprocessor |
| HF-C60 Lathe Unit | Rotor Fine Turning & Facing | 380V 3P 50Hz • 3.0 kW | Rotor OD: Ø20–90 mm; Shaft: ≤350 mm | 12 – 20 sec/piece | Pneumatic + PLC |
| Six-Station Outer Unit | Outer Stator Multi-Winding | 380V 3P 50Hz • 4.5 kW | Outer Stator OD: Ø40–220 mm; 6 Stations | Continuous Indexing | Mitsubishi / Siemens |
| Hydraulic Press Bench | Shaft Insertion Press Fitting | 380V 3P 50Hz • 2.2 kW | Shaft Dia: Ø8–35 mm; Force: 2–10 Tons | 8 – 12 sec/piece | Pressure Transducer |
Enterprise Strengths
Why European Motor Manufacturers Partner with Us
Rooted in Dongguan’s advanced precision engineering corridor, Zunqi Intelligent Equipment combines custom manufacturing capabilities with 17+ years of international export pedigree.
Custom Tooling to Specific CAD Drawings
We do not deliver off-the-shelf compromises. Every coil forming die, inserting finger bundle, and slot paper guide block is precision CNC-machined to your stator's exact lamination drawing, stack height, and wire fill ratio.
Full-Line Harmonic Synchronization
Avoid finger-pointing between multiple machine vendors. We manufacture the complete line: from slot insulation and flyer winding to coil/wedge insertion, intermediate forming, double-side lacing, final forming, and rotor finishing.
CE Compliant & Open Architecture
Our electrical cabinets are designed for direct integration onto Belgian shop floors. Available with Siemens, Schneider, Mitsubishi, or Omron control components, safety interlocks, and 400V 50Hz European three-phase configurations.
Procurement & Technical Support
Frequently Asked Questions for Bruges Engineers
Clear, technically precise answers addressing electrical compatibility, shipping to Zeebrugge, and custom tooling turnarounds.
Are your machines configured for the Belgian 400V / 230V 50Hz grid?
Yes. While our domestic Chinese baseline standard is 380V 50Hz or 220V 50Hz, our export electrical engineering team routinely equips our stator forming and winding lines with multi-tap industrial transformers or dedicated European 400V 3-phase 50Hz drives, fully meeting local electrical codes and EN 60204-1 safety compliance.
What is the direct ocean shipping route and transit time to Bruges?
Cargo is dispatched from Shenzhen or Guangzhou ports directly to the Port of Antwerp-Bruges (Zeebrugge terminal). Typical ocean transit time ranges between 28 and 35 days. Every machine is vacuum-sealed with anti-corrosion VCI bags, treated with moisture desiccants, and secured in solid ISPM-15 fumigation-free engineered plywood crates.
How do you prove custom tooling precision before shipping?
We mandate that buyers send physical stator core stampings and sample copper magnet wire to our Dongguan factory prior to final assembly. We conduct real-part trial runs, record full HD continuous video footage of the slot insertion, winding, and forming sequences, and inspect post-forming dimensions with CMM coordinate measuring equipment before signing off on shipment dispatch.
Can the PLC software integrate with our existing factory MES?
Yes. Our industrial control systems support open industrial Ethernet architectures including Modbus-TCP, Profinet, and EtherCAT. Real-time yield counters, cycle durations, error logs, and batch recipes can be transmitted upstream to your centralized SCADA or MES infrastructure.
Upgrade Your Motor Manufacturing Line Today
Consult with our mechanical and electrical tooling engineers. Share your stator lamination drawings and target production metrics to receive a customized tooling blueprint, factory layout proposal, and CIF Zeebrugge commercial quotation within 9 hours.
