Custom-built machine configurations conforming strictly to CE machinery standards, tailored to precision micro-motor dimensions, hairpin geometries, and high-frequency armatures.
Bridging Chinese precision tooling with the distinct electromechanical manufacturing clusters across the Métropole Européenne de Lille, Valenciennes, and Douai.
The Lille European Metropolis is the strategic gateway to northern France's "Battery Valley." Our automated flat wire shapers (5-SC-2B) and servo wedge inserting stations feed Tier-1 automotive lines producing auxiliary EV cooling pumps, steer-by-wire actuators, and micro-generators.
Automotive Tier-1 / BLDCCentering around the railway engineering hubs of Valenciennes and Lille-Hellemmes, our heavy-duty armature winding and spot welding lines supply auxiliary ventilation motors, door opening mechanisms, and pantograph positioning actuators subjected to rigorous shock and vibration profiles.
EN 50155 Industrial StandardsSupplying the biomedical tech sector anchored at Lille Eurasanté, our compact three-servo armature winders (ZB-303) and inverter resistance welders achieve micrometer-level wire positioning, ideal for surgical robotics, micro-peristaltic pumps, and medical diagnostic drives requiring zero-flaw copper slot-fill density.
Eurasanté Biomedical Drive TechAs Hauts-de-France continues its transformation under the European Green Deal and the French national "France 2030" re-industrialization agenda, procurement teams in Lille face intense pressures to maximize electromechanical efficiency (IE4 and IE5 standards). Traditional manual armature coil insertion and random-wound stators are rapidly giving way to automated concentrated winding and precision hairpin stator designs. These configurations dramatically reduce copper skin-effect losses and enhance thermal dissipation in high-torque micro-motors.
Moreover, rising energy and localized labor tariffs across Western Europe necessitate higher output per square meter. Rilvo Automation directly answers these regional operational targets by offering fully consolidated work cells: combining stator slot paper insertion, coil winding, wedge driving, hot-stake commutator welding, and trickle varnish impregnation into unified, continuous footprints that integrate seamlessly with plant-wide MES via standard industrial fieldbuses.
Engineered to eliminate bottleneck risks across micro-motor stator and rotor manufacturing lines.
| Equipment Station | Primary Process Capabilities | Dimensional & Wire Thresholds | Cycle Time / Throughput | EU Directives & Automation Standards |
|---|---|---|---|---|
| ZXB-1 Flat Coil Winder | Multi-axis servo edge-winding, tension control | Flat wire: 0.8×2.0 – 3.5×6.0 mm | 1.8 – 4.2 sec/turn | CE EN 60204-1, Siemens / Delta PLC |
| Servo Stator & Wedge Inserter | Simultaneous coil push & DMD/Nomex wedge feed | Stator OD: Ø30 – Ø160 mm; Stack: 15–120 mm | ≤ 18 sec/stator (multi-slot) | Optical safety curtains, Cat 4 safety |
| SN-1S Armature End-Twister | Automatic wire cutting, slot-lead twisting | Armature OD: Ø12 – Ø65 mm | 0.6 sec/slot index | Fully interlocked servo guards |
| SDZ-130GS Inverter Welder | Microprocessor closed-loop constant current spot weld | CCA / Pure Copper leads, 0.15–1.2 mm | Up to 12 welds/sec (rotary) | Integrated weld-current displacement monitor |
| ZB-302/303 Rotor Winder | Three-servo flyer winding with flyer brake tensioners | Rotor OD: Ø15 – Ø75 mm; Core: 10–80 mm | Up to 3,500 RPM flyer speed | CE machinery directive, Profinet ready |
Direct from Zhejiang Rilvo Automation Equipment Co., Ltd.—delivering world-class machine engineering backed by rigorous intellectual property and verified credentials.
Technical, logistical, and compliance clarifications tailored to European procurement directors and lead automation engineers.
Yes. All production lines engineered for export to France are built in compliance with EU Directives (Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU, and EMC 2014/30/EU). Electrical cabinets use Schneider, Siemens, or Omron CE-marked components with comprehensive French/English schematics.
Our tooling is modular. Stations like the DB-5C winder and servo insertion units utilize quick-change collets, dial-indicated stack adjustment plates, and recipe-driven servo parameters in the HMI. Changeover across motor heights takes under 15 minutes without full teardown.
We work under FOB Ningbo/Shanghai, CFR Dunkirk/Le Havre, CIF, and EXW terms. Typical production cycles for standalone winding machines are 35–45 days; complete automated lines range from 60–90 days. Standard commercial payments are handled via T/T or confirmed irrevocable L/C in EUR or USD.
We provide full English/French documentation, step-by-step video setup courses, and IoT-enabled remote diagnostic gateways for real-time PLC telemetry. In addition, our senior commissioning engineers can be dispatched directly to your Hauts-de-France facility for on-site line integration and operator training.
Send us your lamination stack dimensions, armature CAD drawings, and target cycles per hour. Our 36-member engineering R&D desk will deliver a tailored process layout and technical quotation within 24 hours.
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