From complete turnkey hairpin automated production lines to high-precision brushless segment winders and OEM consumable kits tailored for high-torque industrial duty cycles.
Stavanger holds an undisputed position as the energy capital of Norway, transitioning dynamically from classic North Sea petroleum extraction toward pioneering offshore wind energy, subsea autonomous vehicle robotics, zero-emission electric maritime propulsion, and hyper-efficient aquaculture pumping operations. In these harsh operational environments, an electric motor failure is not merely a scheduled maintenance inconvenience; offshore down-hole or subsea thruster failures cost millions of kroner in offshore support vessel downtime.
The manufacturing and remanufacturing of Brushless DC (BLDC) and Permanent Magnet Synchronous Motors (PMSM) across the Rogaland region require stator winding solutions that transcend standardized consumer electronics standards. Nakro’s automated multi-axis needle winding, flyer winding, and continuous hairpin platforms introduce deterministic mechanical wire tensioning, tight coil compaction, and damage-free enameled copper handling that prevent partial discharge, corona defects, and insulation breakdown under high di/dt pulsed inverter voltages.
Subsea exploration vehicles operating in the Norwegian Trench require stators filled with dielectric fluids under extreme hydrostatic pressure. Our multi-axis needle winders construct high-density concentrated pole windings with uniform phase overlap, preventing thermal hotspots during high-load underwater maneuvering.
Western Norway’s stringent maritime emission quotas mandate zero-emission electric passenger vessels and aquaculture support crafts. Hairpin winding lines enable copper slot-fill factors exceeding 75%, allowing marine electric propulsion motors to run cooler and significantly lighter within tight engine bay hulls.
Floating offshore wind platforms like Hywind Tampen demand high-reliability pitch and yaw control BLDC drive systems. Nakro's automated winding machinery delivers repeatable wire laying without crossing defects, shielding stators against continuous coastal salt spray humidity and mechanical vibration.
Driven by Equinor's carbon-reduction mandates on the Norwegian Continental Shelf, traditional hydraulic control systems are being replaced by high-precision electromechanical BLDC actuator systems. These servo motors demand tight magnetic flux uniformity and high copper slot density, achievable exclusively via programmable needle winding machines with multi-axis closed-loop tensioners.
With Norway’s specialized engineering labor costs being among the highest globally, local manufacturing and maintenance yards cannot depend on manual coil winding or wedge stuffing. Integrating fully automated stator cells reduces operator cycle dependency, ensuring that single production lines in Rogaland can manufacture small-to-medium motor batches with repeatable, audited tolerance levels.
Ningbo Nakro Intelligent Equipment Co., Ltd. combines specialized precision craftsmanship with end-to-end turnkey engineering verification.
Every winding unit, coil inserting engine, and complete assembly line complies strictly with European CE directives and ISO 9001 audited production control frameworks.
Operating a modernized machining and integration campus with in-house CNC wire nozzle grinding, assembly floors, and continuous multi-station testing cells.
Our dedicated R&D engineering division designs customized winding needles, wire guides, and inserting tooling directly matched to your unique lamination schematics.
Over 13 years of overseas industrial equipment exports, offering rapid factory trial run verification, remote diagnostics, and international spare parts supply channels.
Clear technical, logistics, and compliance answers addressing equipment selection for Stavanger manufacturers.