Complete intelligent automation cells, specialized needle winders, hairpin systems, and precision sub-assemblies built to strict CE, CCC, and ISO standards for factory retrofits and greenfield plants across Niš.
Sintered NdFeB high-remanence motor magnets engineered for ultra-high torque density brushless traction and industrial servo motors.
Balanced copper alloy commutator slip rings with high-speed cooling fan integration, suitable for heavy-duty DC and hybrid propulsion units.
Turnkey high-slot-fill hairpin assembly line integrating 3D wire forming, paper insertion, hairpin inserting, twisting, and laser welding.
Low-friction high-RPM miniature 608ZZ bearings with 10mm ID and 20mm OD, dustproof seals, and silent run-out compliance for BLDC assemblies.
Reinforced silver copper hook commutator built for automotive DC wiper assemblies, auxiliary seat motors, and climate HVAC actuators.
High-speed automatic rotor lamination die-casting machinery for squirrel cage induction and BLDC permanent magnet rotor cores.
Heavy continuous-load segmented copper commutators with heat-resistant phenolic resin, built for fitness machinery, lift winches, and pumps.
Multi-spindle needle winding machinery engineered for outer-rotor and inner-slot BLDC wheel hubs, automotive cooling fans, and water pump drives.
A technical guide on process sequencing, lamination slot insulation, multi-spindle needle winding, terminal fusing, and end-of-line electrical testing for automotive tier suppliers and industrial manufacturers in Niš.
The global transition from mechanical brushed commutators to electronic brushless DC (BLDC) and Permanent Magnet Synchronous Motors (PMSM) represents the single most significant shift in modern electromechanical manufacturing. In high-precision automotive sub-systems, HVAC blowers, domestic appliance pumps, and light electric mobility drives, BLDC stators offer marked thermal efficiency, zero brush carbon dust emission, minimal acoustic noise signature, and higher torque-to-weight ratios. However, scaling the serial production of brushless stators requires stringent tolerance control that cannot be achieved through manual or semi-manual assembly cells.
Our automated BLDC stator assembly systems engineered for manufacturing plants in Niš integrate a contiguous, modular cell configuration. The process sequence starts with precision core stack handling, progresses through automated slot paper or end-bracket plastic skeleton insulation, advances to multi-axis synchronized needle winding with real-time electronic wire tension feedback, and finishes with robotic lead routing, hot crimping / TIG / fiber laser welding, varnish trickling or vacuum impregnation, and closed-loop end-of-line (EOL) quality validation.
Ideal for concentrated tooth stators (internal slotted cores). Multi-axis servo synchronization drives a hollow dispensing needle through the core bore, laying enameled copper directly around each tooth with tight packing and minimal end-turn waste.
Engineered for distributed winding stators common in multi-slot industrial induction drives and high-speed pumps. Pre-wound coils are automatically drawn and pressed simultaneously with slot wedges into laminated stator stacks in a single motion cycle.
The state-of-the-art solution for high-voltage xEV traction drives. Employs rectangular flat copper conductors formed into hairpin profiles, multi-layer insertion, hydraulic twist expanding, 3D laser vision tracking, and automated laser fusing.
Every stator assembly line exported from our Ningbo engineering plant to European industrial centers like Niš is calibrated to customer core laminations, stack heights, and conductor cross-sections. Below are the verified technical parameters of our flagship automated BLDC stator production lines:
| Engineering Station | Standard Capability Range | Cycle Time / Throughput | Control & Hardware Standard |
|---|---|---|---|
| Stator Core Insulation | DMD, Nomex, Kapton paper or plastic end-cap press; OD 30mm–250mm | 6.0 – 9.5 sec / unit | Mitsubishi / Siemens PLC; SMC Pneumatics |
| CNC Needle Winding | Wire Ø 0.15mm – 1.60mm; 2/4/6/8-station simultaneous winding | 18 – 45 sec (varies by turns/slot) | Yaskawa / Panasonic AC Servo; closed-loop tension |
| Terminal Wire Stripping & Fusing | Thermal enamel stripping, hook crimping, TIG or fiber laser fusing | 4.5 – 7.0 sec / terminal point | Inverter resistance welder or IPG/Raycus fiber source |
| Wedge Inserting & End Forming | Automated insulating wedge feed, forming, slot press-in, 3D forming | 8.0 – 12.0 sec / unit | Hardened alloy tool steel; quick quick-clamp tooling |
| Automated EOL Electrical Testing | Hipot (AC/DC 5kV), Surge/Impulse (5000V), DCR (0.01mΩ), IR (1000MΩ) | 6.5 – 10.0 sec / stator | 4-wire Kelvin measurement, industrial IPC, CE-compliant |
How our automated motor assembly lines support the industrial revival, Tier-1 automotive clusters, and electronics engineering legacy of the Nišava District along Pan-European Corridor X.
Niš holds a storied position as Southeastern Europe's premier electronics and electromechanical manufacturing capital. Originating with the historic industrial complex of Elektronska Industrija Niš (EI Niš), the city cultivated decades of deep technical expertise in winding magnetics, cathode components, semiconductors, and precision electrical machinery. Today, Niš is undergoing a dynamic re-industrialization, anchored by the Science and Technology Park Niš (NTP Niš), the acclaimed University of Niš Faculty of Electronic Engineering (Elfak), and modern industrial parks in the Sever and Jug zones.
With major European automotive and lighting manufacturers (such as Zumtobel, IMI - Integrated Micro-Electronics, Xingyu Automotive Lighting, and proximate electric motor manufacturers like Johnson Electric) driving local supply-chain demand, Niš has evolved into a strategic nearshoring hub for European Union OEMs. Our China-to-Niš export operations are structured specifically to provide these Tier-1 and Tier-2 component makers with competitive, high-throughput assembly machinery that matches German and Italian build precision while offering 40%–55% capital expenditure advantages.
Tier-1 suppliers in Niš manufacturing automotive headlight leveling steppers, active grill shutters, window lift motors, and electric cooling fans require compact BLDC stator lines offering 100% trace-to-cloud QR serialization and automated vision inspection.
Responding to strict European Union Ecodesign requirements (IE4 and IE5 efficiency standards), Serbian heating and cooling assembly plants utilize our automated winding and inserting lines to produce high-efficiency permanent magnet compressor stators.
The Balkan region's expanding production of light electric two-wheelers, delivery trikes, water circulation systems, and smart factory conveyor drives benefits from our versatile multi-spindle outer-rotor wheel motor assembly platforms.
A streamlined, risk-mitigated delivery model combining pre-shipment FAT verification with intermodal maritime rail transport to Niš Free Customs Zone.
We machine customized tooling based on your stator CAD drawings and run factory trials with your raw laminations and copper. Video FAT and sample delivery are completed before crating.
Shipments depart Ningbo Port to the Port of Piraeus (Greece) or Port of Bar (Montenegro), then proceed via direct container rail straight into the Niš Customs terminal or Niš Free Zone.
Our senior commissioning engineers deploy to your Niš manufacturing plant for mechanical alignment, 400V 50Hz grid tie-in, servo tuning, and Site Acceptance Testing (SAT).
Comprehensive training for Serbian maintenance engineers, supported by dual-language (Serbian/English) HMI software, full schematics, and an emergency spare parts reserve.
With more than a decade of proven industrial delivery across 50+ countries, we combine comprehensive mechanical design, in-house motor parts manufacturing, and dedicated engineering consultation.
Essential guidance on electrical standards, transport corridors, warranty conditions, tooling customizations, and factory trial runoffs.
Submit your stator core drawings, wire gauge parameters, and target daily capacity. Our senior application engineers will prepare a customized line layout, station cycle-time balance, and formal project quotation within 24 hours.
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