HONGFANG Motor Stator Coil Forming & Shaping Machine 1 kW
- Hydraulic/pneumatic expandable core
- Internal bore expansion & cuff compression
- 1 Year Factory Warranty · 1 kW 220V/380V
Proven equipment configurations built to international CE benchmarks, offering programmable PLC automation, hardened tooling blocks, and robust tension management for the Montevideo industrial base.
In high-efficiency electric motor manufacturing and remanufacturing, the physical geometry of stator end-windings directly governs thermal dissipating capability, magnetic symmetry, dielectric safety margins, and structural endurance. When serving manufacturing lines and heavy industrial electromechanical service hubs across Montevideo—including logistics, agro-processing, port automation at the Port of Montevideo (Puerto de Montevideo), and renewable energy infrastructures—the selection of robust coil shaping machines represents a crucial manufacturing milestone.
Coil shaping machines (commonly designated as coil forming presses, intermediate expanders, and final cuff compactors) eliminate the mechanical unpredictability of manual copper shaping. Through progressive internal segment expansion and outer clamp jaws driven by electro-hydraulic or servo-pneumatic systems, the loose coil overhang emerging from insertion operations is compressed into exact spatial tolerances. This ensures unhindered rotor clearance and strict dielectric conformity between phase windings.
Montevideo serves as the logistical conduit for Uruguay's dairy, meatpacking (frigoríficos), and grain processing facilities. Motors operating in these environments face extreme duty cycles and high humidity. Our shaping machines deliver compact end-windings that accommodate vacuum pressure impregnation (VPI) resins without internal voids, protecting coils against thermal stress and moisture ingress.
At the Port of Montevideo and surrounding logistics corridors, gantry cranes, container winches, and continuous marine pumps require rigorous rewinding and repair cycles. Precision forming dies allow electromechanical repair specialists to match original IEC/NEMA OEM specifications for stator end-turn heights, eliminating frame interference and phase-to-phase abrasion.
Uruguay's electrical grid generates over 95% of its electricity from renewable resources, primarily wind and biomass. Heavy generator auxiliary motors, cooling fan drives, and pitch control actuators rebuilt in Montevideo workshops demand forming equipment that preserves enamel wire insulation integrity while pressing high slot-fill copper coils into tight envelopes.
To assist Uruguayan mechanical engineers and manufacturing leads, the following operational matrix contrasts essential technical metrics across core stator line stations:
| Machine Subsystem | Core Function | Standard Tooling Range | Power Grid Match (UY) | Cycle Time Efficiency | Quality Verification |
|---|---|---|---|---|---|
| Stator Coil Forming Machine | End-turn expansion, bore clearance & axial compression | Stator OD: Ø40–Ø260mm, Stack: 10–250mm | 380V 50Hz / 220V 50Hz | 8–14 sec/stator | Zero-Scuff Dies |
| Slot Paper Inserter | Insulation barrier cut, fold, cuff & slot drive | Slot length: 15–220mm, Thickness: 0.15–0.35mm | 220V / 380V 50Hz Compatible | 0.3–0.5 sec/slot | 100% Slot Containment |
| Coil & Wedge Inserter | Simultaneous copper winding & closure wedge insertion | Stack Height: up to 200mm, Wire: 0.18–1.20mm | 380V Three-Phase 50Hz | 25–40 sec/unit | Low-Stress Blades |
| Servo End-Turn Lacer | Diamond or continuous cord stitching of coil heads | Stator stack height: 10–160mm | 220V Single-Phase / 380V | ≤ 1 sec/stitch | High Mechanical Hold |
| Rotor Turning Lathe | Precision cylindrical skimming of assembled core stack | Rotor OD: Ø20–Ø150mm, Core: ≤ 200mm | 380V 50Hz 3-Phase | 15–30 sec/piece | Air Gap Runout ≤ 0.02mm |
Manufacturing and electromechanical operations in the Southern Cone are shifting toward IE3 and IE4 Premium Efficiency standards. Achieving these performance levels necessitates increased slot fill factors—often pushing active copper volume past 75% to 82% of slot area. At these densities, manual insertion and shaping methods risk irreversible dielectric breakdown caused by micro-fissuring of the magnet wire enamel or torn slot insulation barriers.
Consequently, workshops located within Montevideo's Free Trade Zones (such as Zonamerica) and suburban industrial belts (Paso Carrasco, Camino Maldonado) are upgrading from labor-intensive manual lever fixtures to semi-automated and fully automated coil forming centers. Key technical requirements driving this evolution include:
Eliminating aggressive hydraulic shock loads by replacing older pistons with programmable servo actuators that ramp expansion speed gradually, protecting copper ductility during severe bends.
Montevideo job shops frequently handle diverse, low-volume batches. Modular, quick-swap segment blocks reduce line changeover time from four hours down to under 25 minutes per stator frame size.
Our control panels are specifically pre-configured for Uruguay's 50Hz power grid (220V single-phase / 380V three-phase), featuring CE-certified thermal overloads, Schneider switchgear, and Delta or Siemens PLC platforms.
Headquartered in Qishi Town, Dongguan—within one of China's most advanced electromechanical manufacturing clusters—Zunqi Intelligent Equipment Co., Ltd. provides verified equipment design, custom stator tooling, and direct factory technical support to industrial clients across Latin America.
We do not deliver off-the-shelf compromises. Every forming shoe, insertion finger, and lacing jig is CNC-machined from hardened Cr12MoV tool steel based directly on your physical stator sample or CAD drawing.
From slot paper inserting and high-speed coil winding to wedge inserting, two-stage intermediate/final forming, and rotor fine turning—all tooling profiles and cycle times are mechanically harmonized.
Control architectures are built using world-renowned components (Siemens, Mitsubishi, Delta, Schneider, Airtac, SMC). Your maintenance engineers in Uruguay can source replacement parts through domestic distribution networks.
Before packaging into export crates, your actual customer wire and stator lamination cores are loaded onto the finished machine for real-time validation runs. You receive multi-angle run videos and quality reports prior to release.
Machines are wrapped in VCI anti-corrosion barrier films, treated with protective anti-rust coatings, anchored with high-tensile steel tie-downs to solid skids, and enclosed in fumigation-free solid plywood sea freight cases.
Operating across international time zones, our technical engineering desk maintains an average response latency of under 9 hours, backed by step-by-step video diagnostic walkthroughs and comprehensive English manuals.
Direct technical answers addressing international shipping, grid compatibility, tooling customization, and post-sale technical support for buyers in Uruguay.
The minimum order quantity is exactly 1 unit (1 set). Whether you are an independent motor repair shop in Montevideo or an industrial appliance manufacturer, we configure and supply standalone single machines as well as matched turn-key production lines.
Yes. While standard machines in some regions run on 60Hz, every machine destined for Uruguay is engineered with 50Hz electrical coils, matched frequency inverters, and configured for 220V single-phase or 380V three-phase industrial inputs as required by your facility.
Our engineering team designs custom tooling based on your engineering drawings (.DWG, .DXF, or 3D STEP files) or physical samples. We require your stator Outer Diameter (OD), Inner Diameter (ID), stack height, slot dimensions, and target coil overhang height.
Equipment is securely palletized and crated in fumigation-free plywood cases, then shipped via direct container line from Shenzhen or Guangzhou to the Port of Montevideo (Puerto de Montevideo). Typical ocean transit spans 35 to 45 days. We provide full export packing lists, CE declarations, and bills of lading.
No. Our shaping dies feature mirror-polished contact surfaces and precision radius contours. The expansion force is progressive, spreading stress uniformly across the phase groups. For high slot-fill stators, intermediate pre-forming reduces the mechanical load before final shaping.
All machines come with a comprehensive 1-year factory warranty. We supply a complimentary wearing parts kit with every shipment. For installation, parameter commissioning, and maintenance, our engineering team provides bilingual video guidance, CAD wiring schematics, and rapid part dispatch.
Send your stator core dimensions, stack height, and daily target output to our technical engineering team. We will deliver a customized equipment proposal, tooling assessment, and detailed quote within 9 hours.