Model 5-DQ-1
5 DQ-1 Model Stator Wire Embedding Machine
Automated slot insertion system equipped with servo-guided blades to eliminate enamel scratching on fine automotive-grade copper wire.
Precision-engineered automated coil winding, slot inserting, wire embedding, and micro-motor assembly platforms custom-configured for high-duty Japanese industrial standards.
Automated slot insertion system equipped with servo-guided blades to eliminate enamel scratching on fine automotive-grade copper wire.
Continuous dynamic armatures winding cell with balanced flyer mechanisms, dual indexed tooling, and synchronous tension calibration.
High-speed slot liner deployment unit executing automated feeding, edge cuffing, length cutting, and cold formed slot shaping.
Multi-axis synchronized servo kinematics inserting copper phase coils and composite wedge insulation simultaneously into core stacks.
Precision inverter hot-stake fusing machine for rotor tangs, utilizing constant current feedback to guarantee ultra-low contact resistance.
Robotic magnetic pole positioning system with high-precision quantitative adhesive dispensing for brushless DC and PMSM drive rotors.
Rotary starter coil insulation taping apparatus maintaining consistent mechanical overlap tension across complex-curved magnet wire bundles.
Hydraulic-servo integrated pressing bench with micrometer run-out limits, designed specifically for micro-motor core stack shaft insertion.
The manufacturing corridor spanning Yokohama, Kanagawa Prefecture, and the wider Keihin Industrial Zone represents one of the most demanding operational environments in the world for electromagnetic coil winding machinery. Plant managers, line integration specialists, and tier-1 automotive suppliers in Kanagawa operate under rigorous productivity thresholds, minimal floor-space footprints, and uncompromising electromagnetic balance mandates. When specifying a CE certified rotor coil winding machine factory, Yokohama engineering teams require more than basic rotational machinery; they mandate direct-coupled closed-loop tension controllers, sub-micron flyer arm positioning, and validated electrostatic protection.
Modern rotor coil winding (armature winding) demands continuous coordination between wire guiding flyers, dynamic tensioning compensators, and indexed commutator indexing chucks. As motor laminations incorporate thinner, high-permeability silicon steel to mitigate eddy current losses, any mechanical deviation during the high-speed winding sequence can warp stack edges, damage inter-lamination insulation, or induce micro-fractures in the copper enamel coating.
Equipment deployed within international and export-regulated production sites must strictly adhere to the European Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU, and Electromagnetic Compatibility (EMC) Directive 2014/30/EU. In addition, when operating within Kanagawa Prefecture, engineering integration must respect Japanese industrial expectations for low acoustic noise emission, harmonic filter suppression on servo drives, and failsafe dual-channel emergency braking systems.
Utilizes active electromagnetic hysteresis brakes paired with real-time strain-gauge feedback, maintaining tension tolerances within ±1.5% across 3,000 RPM flyer cycles.
Centralized industrial bus (EtherCAT/Modbus-TCP) coordinating flyer rotation, armature hook positioning, and wire hooking needles without mechanical linkages.
Category 4 PLe safety light curtains, interlocked polycarbonate sound-dampened access doors, and certified electrical arc suppression shielding.
Yokohama’s manufacturing fabric consists of specialized manufacturing clusters ranging from heavy vehicular drivetrain engineering along the waterfront to advanced mechatronics, medical actuator fabrication, and precision micro-motor assembly in Kohoku New Town and Tsurumi Ward. Automatic rotor coil winding and stator wire embedding equipment must seamlessly integrate into these distinct local environments:
Continuous production of starter motor rotors, high-output alternator stators, and electric power steering (EPS) motors. Requires high slot-fill ratios (>78%) and automated hook fusing capabilities to handle thermal shock cycles.
Yokohama-based personal mobility and micro-EV drive developers deploy automated rotor winding and magnet insertion machines to manufacture high-torque, brushless hub and mid-drive motors with balanced dynamic symmetry.
Precision manufacturing of coreless or slotted miniature armatures used in industrial collaborative robotics, pick-and-place end effectors, and surgical drive tools where balance tolerances approach G1.0 specifications.
The transition toward carbon-neutral industrial facilities across Kanagawa Prefecture has catalyzed a major technological shift in stator and rotor coil manufacturing. Standard manual or semi-automatic winding cells are rapidly being decommissioned in favor of smart, data-driven, and highly compact systems. Leading procurement criteria now center on three key trends:
Traditional round magnet wire is increasingly replaced by rectangular/flat copper conductors in high-power applications. Yokohama manufacturers demand machines (such as our 5-SC-2B series) capable of bending, forming, and stripping flat wire without degrading insulation margins.
Full integration of OPC-UA protocols allowing every individual rotor's winding tension profile, welding millivolt curve, and slot insertion pressure to be archived in the plant MES, fulfilling tier-1 automotive traceability audits.
With plant square-footage at a premium in urban Tokyo-Yokohama industrial parks, winding cells must combine multiple operations—such as winding, commutator fusing, and indexing—onto a single modular cast chassis.
Zhejiang Rilvo Automation Equipment Co., Ltd. (established in 1998) is a specialized, high-tech designer and manufacturer of complete micro-motor production equipment, rotor/armature winding machinery, stator wire embedding cells, commutator hot-stake spot welders, and electrostatic powder spraying lines. Operating from a fully owned modern campus in the Shatianyang Development Zone of Sanmen, Taizhou (2 hours from Ningbo Port), our infrastructure guarantees direct control over machining tolerances, tooling hardening, and process programming.
Certified ISO9001 and China Compulsory Certification (3C). Every winding system carries authentic CE compliance documentation for European and international trade.
Over 150 precision CNC units, surface grinders, and wire-EDM centers cut flyers, winding molds, and inserting fingers under tight dimensional tolerances.
Over 150 full-time specialists and a 36-member dedicated R&D division led by national award-winning senior mechanical and automation engineers.
Machines are mechanically run, calibrated with the buyer's genuine rotor cores, and verified via video FAT prior to packing for seamless overseas arrival.
Direct technical answers addressing the critical integration, compliance, electrical, and commercial questions raised by engineering departments during the evaluation phase.
Accelerate your motor assembly line with verified CE certified rotor and stator automation machinery. Transmit your part prints, cycle-time targets, and electrical requirements directly to our senior design desk.