Explore our core turnkey automated stator winding lines, hairpin technologies, precision balance tooling, and certified commutator components engineered for automotive Tier-1, industrial automation, and appliance motor plants in Poland.
Model NDPJ-HXQ-14 copper alloy hook-type commutator built for heavy-duty automotive starter armatures and industrial grinders. Featuring reinforced phenolic resin molding and precision undercut segments.
Turnkey high-speed flat-wire stator assembly cell integrating CNC hairpin forming, paper insertion, 3D laser stripping, twisting, and automated laser welding with 100% vision weld inspection.
Model NDPJ-HXQ-174 CCC certified miniature commutator engineered for automotive wiper actuators, window lifters, and auxiliary seat adjusters requiring low noise and superior wear resistance.
Model NDPJ-HXQ-183 high-RPM armature commutator designed for domestic appliances, kitchen mixers, and food processors. Guarantees tight concentricity and dynamic balance stability exceeding 24,000 RPM.
Automated servo-driven magnet assembly cell equipped with pneumatic orientation guides, glue dispensing, magnetic flux checking, and precision press insertion for IPM rotors used in HVAC and drivetrains.
CE-certified NDPJ-HXQ series modular collector slip ring and armature commutator assembly featuring integrated cooling fans, anti-tracking insulation barriers, and micro-grooved contact surfaces.
High-conductivity copper graphite carbon brushes designed for low-friction automotive starter, radiator blower, and alternator operations. Delivers minimum spark erosion and extended mechanical duty cycles.
End-to-end automated manufacturing system for next-generation electric vehicle traction motors. Conforming to CE / EN 60204-1 safety standards with integrated Siemens PLC architecture and MES connectivity.
The Wrocław Metropolitan Area and the broader Lower Silesia (Województwo Dolnośląskie) region have transformed into Europe’s premier hub for advanced automotive electromobility, industrial automation, and home appliance (AGD) manufacturing. Anchored by major industrial agglomerations such as Kobierzyce, Wałbrzych Special Economic Zone (WSSE "INVEST-PARK"), Legnica, and Jelcz-Laskowice, the regional ecosystem requires high-throughput, deterministic manufacturing machinery designed to assemble electric motors with microscopic tolerance margins.
As tier-1 automotive suppliers and OEM electrical machinery producers transition from conventional internal combustion auxiliary drives to 800V silicon-carbide traction motors, brushless DC actuators, and high-efficiency heat pump compressors, manufacturing requirements have fundamentally evolved. Production lines can no longer rely on semi-manual winding or loose coil insertion techniques. Modern manufacturing plants serving the Wrocław automotive corridor demand fully closed-loop, automated flat-wire (hairpin) stator assembly, high-speed flyer armature winders, servo-driven commutator hot-staking fusing units, and real-time partial discharge insulation diagnostics.
Ningbo Nakro Intelligent Equipment delivers advanced, modular electric motor manufacturing machinery directly configured to satisfy the strict technological and operational specifications of factory engineers throughout Lower Silesia. Our equipment portfolios merge Chinese automation agility with strict European machinery safety, CE compliance, and digital plant connectivity standards.
| Technology Parameter | Conventional Round-Wire Stator Line | Nakro Automated Hairpin (Flat-Wire) Line | Lower Silesia Automotive / Tier-1 Impact |
|---|---|---|---|
| Slot Fill Factor | 42% – 48% (Standard Pull-In) | > 73% (Rectangular Copper) | Significantly higher torque density in compact wheel hub & traction packages. |
| Thermal Conductivity | Air pockets reduce heat dissipation | Direct slot conduction to lamination | Eliminates hotspot degradation during rapid highway EV acceleration cycles. |
| Winding Automation Cycle | Semi-manual insertion (65–90s / piece) | ≤ 28s / piece (Full CNC Line) | Supports high-volume multi-shift output in Biskupice Podgórne / Wrocław plants. |
| Weld Integrity & QA | TIG torch with visual spot check | 3D Vision + Real-Time Fiber Laser | Zero-defect compliance adhering strictly to IATF 16949 automotive standards. |
| Insulation Stress Rating | Standard varnish trickle | Automated continuous epoxy / resin gel | Resists 800V SiC high-frequency switching surge voltages without breakdown. |
By delivering high repeatability (±0.005 mm tooling concentricity) and direct integration with local manufacturing execution systems (MES), our turnkey lines empower factories across Southwestern Poland to outpace global competition while dramatically cutting energy losses and material scrap rates.
Our motor manufacturing equipment, assembly cells, and critical components operate seamlessly across Lower Silesia's top manufacturing clusters.
Designed for tier-1 automotive suppliers in Wrocław, Jelcz-Laskowice, and Świdnica producing electric power steering (EPS) motors, 48V mild hybrid starter-generators, electronic braking systems (EBS), engine cooling fans, and high-voltage EV traction powertrains requiring 100% trace-monitored manufacturing cycles.
Dolny Śląsk is Europe's major hub for white goods manufacturing (washing machines, dishwashers, refrigerators, and tumble dryers). Our automated needle winding lines and single-phase stator coil inserting cells manufacture ultra-quiet, energy-efficient BLDC drum motors and circulation pump drives adhering to EU EcoDesign Class A.
For industrial machinery manufacturers in Legnica and Wałbrzych producing three-phase asynchronous induction motors, planetary gearhead drives, conveyor servomotors, and intralogistics robotics. Our heavy-duty stator inserting and automated slot paper machines handle laminations up to Φ350 mm.
Supplying production cells for high-RPM universal motors and compact brushless tools. Our automated armature winding and hot-staking fusing units produce armatures designed to sustain speeds in excess of 28,000 RPM with minimal vibration, using reinforced mica commutators and premium resin impregnation.
Serving specialized assembly facilities around Wrocław developing e-cargo bikes, electric scooters, and light utility vehicles. Our dedicated outer-rotor wheel hub motor assembly lines handle segmented core winding, multi-pole magnet track insertion, and automatic dynamic wheel rim truing.
Tailored for plants fabricating scroll and rotary compressor motors. In compliance with strict F-Gas and decarbonization mandates across Poland, our automated stator winding systems deliver precise copper turn counts and tight end-turn geometries to maximize motor efficiency in low-GWP refrigerant environments.
Motor production across Poland is undergoing unprecedented modernization influenced by EU green taxonomy legislation, supply chain reshoring, and the integration of artificial intelligence into industrial robotics. Manufacturers seeking machinery in Wrocław must align with three prevailing market dynamics:
Under the European Union Ecodesign Regulation (EU) 2019/1781, electric motor builders in Poland are prohibited from supplying inefficient low-duty drives. Manufacturing lines must produce stators and rotors with drastically reduced I²R losses, optimized air gaps, and thinner electrical steel laminations (≤0.2 mm). Our servo-driven coil inserting and pressing equipment prevents lamination edge burrs and mechanical insulation stress, directly supporting IE4/IE5 super-premium motor compliance.
Disruptions in global logistics have driven European OEMs to localize stator, rotor, and component production closer to their main assembly lines in Lower Silesia and Upper Silesia. Polish plant directors require machinery suppliers capable of providing turnkey line layouts, custom tooling sets, and consumable spares (such as winding needles, stripper blades, and fusing electrodes) rapidly without extended intercontinental lead times.
Smart factories throughout the Wrocław industrial corridor mandate full digital connectivity. Our production lines feature Siemens PLC controllers, Beckhoff EtherCAT fieldbuses, and standard OPC-UA protocols. Every wound armature or hairpin stator receives an automated laser-etched 2D DataMatrix code, logging wire tension data, weld laser power curves, and high-potential dielectric surge values straight into the customer's cloud-based MES.
With copper and high-grade electrical steel commanding record market prices, material wastage is unacceptable. Nakro’s hairpin bending and flyer winding cells achieve wire cut utilization rates exceeding 98.6%, leveraging precise electronic tensioners that eliminate copper necking, insulation micro-fissures, and unnecessary end-turn overhangs.
With over a decade of deep motor manufacturing heritage, Ningbo Nakro Intelligent Equipment Co., Ltd. serves as an end-to-end partner for industrial facilities spanning more than 50 countries worldwide.
Founded in 2010, our expansive manufacturing complex houses climate-controlled multi-axis CNC machining centers, coordinate measuring machines (CMM), wire electrical discharge machining (EDM), and cleanroom electronic assembly bays, assuring complete internal control over tooling quality.
Operating strictly under ISO 9001:2015 management protocols. Every machine shipped to the European Union holds full CE certification, built in accordance with the Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU, and EN 60204-1 industrial electrical safety rules.
Unlike standalone equipment builders, Nakro supplies matching motor components including premium hook and groove commutators, slip rings, carbon brushes, insulation papers, precision shafts, and permanent magnets. One single partner assumes total responsibility from CAD drawing to the first flawless finished motor.
Our senior mechanical and software engineering staff crafts bespoke winding flyers, insertion fingers, wedge formers, and gripper assemblies matching specific lamination slot profiles, stack heights, and multi-strand copper wire combinations.
With over 13 years of overseas machinery export experience, our global field engineers deliver rapid on-site mechanical alignment, commissioning, operator training, and remote diagnostic backup across Central European facilities.
We believe in verifiable performance. Every machine must pass an exhaustive Factory Acceptance Test (FAT) utilizing the customer's actual lamination steel and enamelled wire prior to crating, followed by rigorous on-site Site Acceptance Testing (SAT) in Poland.
Essential guidance addressing technical compatibility, import logistics, electrical conformity, and warranty protocols for factory managers and procurement directors.
Yes, absolutely. All equipment engineered for export to the European Union and the Polish market complies comprehensively with the European Machinery Directive (2006/42/EC), the Low Voltage Directive (2014/35/EU), and the Electromagnetic Compatibility (EMC) Directive (2014/30/EU). Our systems are wired strictly according to EN 60204-1 electrical standards, featuring safety interlocks, Pilz or Sick safety relay circuits, dual-channel emergency stop loops, and optical light curtains. Full CE Declaration of Conformity certificates, technical construction files (TCF), and comprehensive Polish or English operating and maintenance manuals are provided with every order.
Our control cabinets are engineered specifically for European power architecture: three-phase 400V AC ±10% at 50Hz, complete with neutral and protective ground configurations. We use premium international electrical components such as Schneider Electric contactors, SMC/Festo pneumatics, and Omron or Siemens sensors. For plant automation harmony in Poland, where Siemens TIA Portal is the dominant automotive and industrial standard, we configure the primary line controllers with Siemens S7-1500 / S7-1200 PLCs, Siemens Comfort touch HMIs, and Profinet / OPC-UA fieldbus communication, ensuring turnkey integration into your existing SCADA and MES architecture.
Risk mitigation is paramount for cross-border capital investments. Our standard FAT process involves sending your actual stator stacks, rotor shafts, copper wire spools, and insulation materials to our Ningbo plant. We run continuous pilot trial batches (typically 50 to 200 parts depending on line scale) to prove out target cycle times (Ct), tool clearances, and process capability indices (Cpk ≥ 1.67). Polish engineering teams are welcome to attend the physical trial run in person, or participate via multi-angle high-definition live video link accompanied by comprehensive calibrated CMM dimensional inspection and surge/hipot test reports.
We routinely deliver equipment on FOB Ningbo/Shanghai, CIF Gdańsk/Gdynia, or CFR European hub ports, as well as direct DAP (Delivered at Place) or DDP (Delivered Duty Paid) to your facility warehouse in Wrocław, Kobierzyce, or Legnica. Maritime container shipments to the Baltic deep-water container terminal in Port of Gdańsk take approximately 32–38 days, followed by direct bonded road or rail transit to Lower Silesia. Critical spare tooling packages, winding nozzles, and urgent components are dispatched via express DHL/FedEx air freight within 72 hours.
Upon container delivery and electrical/pneumatic rough-in at your facility, our experienced mechanical and automation commissioning engineers arrive on site in Poland to supervise equipment leveling, mechanical docking, and line calibration. We conduct comprehensive multi-stage training for your local operators, maintenance mechanics, and automation engineers covering HMI recipe editing, mechanical tooling changeovers, preventative maintenance cycles, and troubleshooting. Furthermore, all systems feature integrated remote VPN gateway modules, allowing our senior R&D team in Ningbo to diagnose PLC software routines, adjust servo motion profiles, or update parameters in real-time alongside your maintenance staff.
Yes. Production flexibility is essential for European contract manufacturers and Tier-1 suppliers handling multiple OEM platforms. Our machines are designed around modular, quick-change tooling concepts with digital scale positioning and pre-configured HMI recipe storage. When you develop a motor with a different stack height, slot count, or wire diameter, you simply supply the revised 2D/3D CAD drawings. Our R&D department engineers, tests, and delivers the replacement insertion blades, forming dies, or winding arms ready for bolt-on installation, keeping tooling changeover durations within 15–30 minutes.
