Engineered to handle copper and aluminum magnet wires with strict tension control, robust PLC systems, and customized slot tooling for high-yield manufacturing.
Tailoring automation technology to the specific industrial landscape of Córdoba, Buenos Aires, Rosario, and Tierra del Fuego.
Argentina's electric motor manufacturing sector maintains a proud legacy of heavy engineering, automotive assembly, and domestic appliance fabrication. In industrial epicenters such as Greater Buenos Aires (San Martín, Tres de Febrero, Quilmes) and Córdoba’s mechanical cluster, factories are transitioning from legacy manual and semi-mechanical coil-winding apparatus toward advanced CNC and PLC-driven multi-station winding architectures.
The national energy strategy and grid variability place strict requirements on motor operational standards. Manufacturers producing submersible water pumps for the Pampas agricultural basins, HVAC blower units, and commercial refrigeration compressors demand stator and rotor winding machinery capable of tight slot fill factors, minimal wire scraping, and impeccable insulation stability under volatile voltage fluctuations.
Operating extensively in Buenos Aires and Santa Fe provinces, appliance manufacturers require high-speed, dual-station winding equipment for ceiling fans, standing fans, and washing machines. Our machines process enamelled aluminum and copper wire (0.1–1.2 mm), giving Argentine assemblers dynamic material substitution options to control bill-of-materials costs without sacrificing magnetic circuit throughput.
The Argentine agro-industrial belt relies on high-torque single-phase and three-phase induction pump motors. Our winding setups accommodate thick lamination stacks and deep slot geometries, facilitating rapid wedge insertion and precise coil turn distribution to prevent internal phase short-circuits during severe pumping cycles.
Centered around Córdoba's automotive assembly ecosystem,Tier-1 and Tier-2 suppliers deploy our armature winding and commutator-turning machinery. Precision-balanced rotor turning preserves microscopic concentricity and exact shaft press fits, ensuring parts run within the tight tolerances mandated by global OEMs.
Overcoming macroeconomic challenges through capital efficiency, energy transition, and automated precision.
Adherence to IRAM 2160 / 62405 (energy efficiency ratings equivalent to IE2/IE3) requires dense slot fills and uniform electromagnetic end turns. Automated winding prevents conductor strand distortion, minimizing resistive losses and reducing heat buildup across continuous-duty cycle profiles.
Rising commodity costs demand rapid changeovers between pure electrolytic copper wire and enameled aluminum wire. Zunqi tensioners are engineered with polished ceramic guides and digital damping to eliminate elongation or micro-cracking across brittle aluminum insulation layers.
High capital costs make total automated line replacement challenging for medium enterprises. Our modular architecture allows Argentine plant managers to start by replacing single-step bottlenecks—such as slot paper insertion or coil lacing—before adding end-to-end multi-station stations.
Procurement teams in Argentina require machines built with globally serviceable components. Our control cabinets use globally recognized PLCs, touchscreens, and pneumatic elements (Siemens, Schneider, Delta, Airtac) to ensure quick on-site maintenance without overseas software locks.
A structured, sequential engineering workflow designed to maximize stack integrity and minimize rejection rates on testing lines.
High-precision machines like the HF-D50 automatically crease, cut, and insert DMD or Nomex paper into stator slots, creating consistent ground-wall dielectric strength.
Multi-station automated flyers wind copper or aluminum conductors directly into flyer heads or transfer cups with closed-loop programmable turn counters.
Simultaneous push blades transfer pre-formed coil loops and top wedges into lamination slots in a single stroke, avoiding insulation-shearing friction.
Intermediate and final hydraulic presses size the coil heads, followed by servo-driven double-side lace stitching to secure end turns against rotational vibration.
Outer surface diamond-tipped fine-turning achieves balanced runout tolerances, followed by hydraulic shaft press-fitting to protect bearing seat alignments.
Direct manufacturing capability from Qishi Town, Dongguan. Backed by 17 years of specialized electromechanical export engineering.
Operating out of Dongguan, China—one of the world's most concentrated precision motor tooling hubs—Zunqi integrates proprietary machining facilities, CNC tool production, electrical programming desks, and dedicated customer run-off bays under unified quality management.
We do not sell rigid off-the-shelf equipment. Every tooling module (former guides, insertion blades, lacing arms, and collets) is built to the exact specifications of your stator/rotor CAD blueprint (ID, OD, stack height, wire gauge, and turn specifications).
Before crate assembly and maritime export, your machine runs on your physical core samples at our facility. We provide high-definition operational run videos, cycle times, wire-tension reports, and electrical megger inspection files prior to balance release.
Clear, direct answers regarding Argentine grid compliance, import logistics, localized tooling, and machine maintenance.
Send your stator/rotor technical drawings, target cycle times, and preferred electrical specs. Our engineering team will review your data and respond within 9 hours with a complete equipment recommendation.
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