Explore our core automation systems and critical electromechanical components deployed globally to manufacture universal motor rotors, high-torque BLDC wheel hubs, and industrial induction stators.
High-speed dual-flyer winding technology designed for power tools and universal DC motors, featuring multi-axis servo tension control and automatic indexing.
Ultra-high remanence sintered NdFeB rectangular magnets engineered for high-flux BLDC servo drives, industrial actuators, and precision robotic joints.
Reinforced silver-copper commutator designed specifically for angle grinder armatures subjected to rapid acceleration, high peripheral speeds, and thermal cycling.
Precision arc and block profile magnets optimized for automated rotor insertion lines, featuring tight dimensional tolerances and uniform magnetic orientation.
Industrial CNC multi-spindle coil winding machine suitable for HVAC fans, industrial pump cooling drives, and high-efficiency induction stators with CE certification.
Ultra-low noise, high-speed deep groove miniature ball bearings (10mm ID x 20mm OD) calibrated for power tool armatures, medical tools, and BLDC spindles.
Specialized outer-rotor needle winding machine designed for direct-drive wheel hubs, light electric vehicles, and precision brushless industrial drive assemblies.
Complete modular assembly system covering paper inserting, coil winding, simultaneous wedge insertion, intermediate forming, lacing, and surge testing.
Schaan, as Liechtenstein's foremost industrial engine in the Rhine Valley, commands world-class engineering standards. From heavy-duty commercial fastening and drilling systems to precision medical automation, motor manufacturing requires non-negotiable process repeatability, high copper fill factors, and zero-defect traceability.
The manufacturing ecosystem in Schaan is globally renowned for professional-grade power tools, rotary hammer drills, and demolition machinery. These motors operate under extreme torsional shock, high vibrational loads, and aggressive thermal cycling. Nakro's armature production lines integrate precision commutator fusing with inverter resistance spot welders, diamond turning stations, and dynamic balancing calibrated down to ISO G1.0, ensuring absolute commutator concentricity and motor longevity in concrete and masonry environments.
Liechtenstein's renowned medical and dental manufacturing sector demands ultra-compact, high-RPM brushless DC motors for surgical handpieces, CAD/CAM milling spindles, and laboratory diagnostic devices. Our automated needle winding and slot insulation equipment can accommodate micro-laminations with slot openings below 1.0 mm. Coupled with automated epoxy impregnation and cleanroom-compatible electrostatic powder coating, our production cells satisfy the stringent hygienic and dimensional requirements of the medical technology industry.
Alpine logistics, warehousing hubs, and high-tech manufacturing plants in the St. Gallen-Liechtenstein-Vorarlberg tri-border corridor increasingly rely on AGVs, automated pick-and-place gantry systems, and robotic positioning axes. Our outer-rotor wheel hub assembly lines and permanent magnet synchronous motor (PMSM) stator lines deliver the exact torque density and smooth low-cogging characteristics required by high-precision servo applications.
As the DACH region accelerates decarbonization and heat pump adoption across residential and commercial buildings, electric compressor motors face demanding continuous-duty cycles. Nakro supplies automated stator coil insertion machines that insert multi-phase windings and composite Mylar/Nomex slot wedges in a single mechanized stroke. This guarantees zero enamel scratching, optimal slot fill, and compliance with the highest European seasonal energy efficiency ratings.
From electric cargo bikes navigating municipal zones to specialized municipal snow-clearing rovers and mountain transport platforms, alpine terrains demand high continuous torque. Our BLDC wheel motor production cells feature programmable CNC winding schedules that dynamically adjust wire tension, preventing wire deformation while maintaining maximum copper packing factors in multi-pole stator designs.
Modern building technologies originating from the Rhine Valley integrate motorized architectural shading, smoke extraction dampers, and automatic fenestration. These continuous-duty drives require low acoustic signatures and long maintenance-free operational lives. Nakro supplies automated sub-assembly stations incorporating 608ZZ precision-sealed bearings and N52 magnetic rotors balanced to near-zero eccentricity.
Procurement teams and plant managers in Liechtenstein operate under stringent European directives, rapid electrification, and high local labor costs. Here are the core automation imperatives transforming motor assembly floors.
Traditional universal commutated motors in power tools and consumer equipment are rapidly yielding to compact brushless DC (BLDC) and electronically commutated (EC) platforms. This transition requires assembly lines to shift from conventional armature flyer winding and hook fusing to multi-axis needle winding, automated hall-sensor PCB soldering, and precision outer-rotor magnet bonding with UV/thermal curing adhesive dispensers.
With Schaan manufacturers deeply integrated into international supply chains, component-level traceability is mandatory. Every station on a modern Nakro line—from initial shaft press-fit tonnage monitoring to final surge, dielectric strength (hipot), and coil resistance verification—streams data through standard OPC UA industrial protocols directly into enterprise MES and ERP platforms, ensuring complete digital batch logs.
Under strict EU Ecodesign directives (Regulation EU 2019/1781), motors entering or originating within the European Economic Area must meet stringent energy thresholds. Achieving these ratings hinges on higher slot fill factors (>75%) without damaging thin magnet wire insulation. Nakro's CNC inserting tooling employs mirror-polished guide blades and dynamic servo-driven wedge formers to eliminate wire bunching and crossing defects.
Given the high regional wage environment in Liechtenstein and Switzerland, automation lines must maximize uptime and require minimal operator intervention. Our turnkey systems integrate modular, quick-disconnect tooling sets that allow operators to execute stator stack height adjustments and winding recipe changes in under 15 minutes via intuitive recipe management on touch HMIs.
Comprehensive engineering parameters for production planning and line configuration.
| Motor Classification | Standard Tact Time | Copper Fill Factor | Balancing Quality Grade | Inline Electrical Quality Checkpoints | Control & Bus System |
|---|---|---|---|---|---|
| Universal Tool Armature | 8.0 - 14.0 sec / unit | 68% - 78% | ISO 1940 Grade G1.0 - G2.5 | Bar-to-bar resistance, 2.5kV Hipot, 1.2/50μs Surge | Siemens / Omron PLC + Profinet |
| BLDC Inner/Outer Stator | 12.0 - 25.0 sec / unit | 72% - 82% | Pre-balanced rotor poles | Phase resistance balance, inductance, Back-EMF test | Multi-Axis CNC Servo + EtherCAT |
| 3-Phase Induction Stator | 20.0 - 45.0 sec / cycle | 70% - 80% | Static balance verified | Winding resistance, Insulation resistance (IR), Hipot 3kV | PLC + High-Torque Hydraulic/Servo Inserter |
| Light EV Wheel Hub Motor | 35.0 - 65.0 sec / unit | 65% - 75% | Dynamic dual-plane rim balance | Hall sensor timing, no-load RPM/current, torque ripple | Distributed I/O + Industrial Ethernet |
Investing in automated manufacturing lines requires stringent verification at every phase. We employ a rigorous five-stage delivery and acceptance protocol tailored to European machinery directives and buyer QA requirements.
Our engineers perform detailed FEA on your lamination geometries, slot openings, wire elongation tolerances, and required copper packing ratios to define optimal needle and flyer kinematics.
We manufacture mirror-polished insertion blades, tungsten-carbide winding nozzles, and precision pneumatic expanding mandrels explicitly designed around your stator/rotor stack parameters.
Before any dispatch, the line runs live at our factory utilizing your supplied laminations, commutators, and magnet wire. High-speed video, Cpk capability indices, and batch test reports are submitted for approval.
Our technical team assists with installation, mechanical leveling, electrical safety grounding (DIN EN 60204-1), and integration into your plant's internal utilities across the Schaan / Rhine Valley region.
Comprehensive training for maintenance technicians, complete electrical schematics, PLC program backups, and continuous supply of replacement wear parts (needles, blades, grippers).
Founded in 2010 in Ningbo, Zhejiang, Ningbo Nakro Intelligent Equipment Co., Ltd. has evolved into an international supplier of automated motor manufacturing equipment, exporting to over 50 countries across Europe, Asia, and the Americas.
Unlike conventional machine assemblers that only sell standalone hardware, Nakro operates with a hybrid capability: we design the automated production machinery and simultaneously supply the critical matching motor components. From high-grade N52 sintered neodymium magnets and custom 24-segment hook commutators to precision 608ZZ bearings and insulating slot liners, we ensure that machinery and raw materials harmonize flawlessly.
Our 30,000+ m² production complex houses specialized CNC machining centers, high-precision surface grinders for inserting tooling, dedicated electrical cabinet assembly bays, and complete test testing laboratories operating under an audited ISO 9001 quality management framework.
Detailed technical, commercial, and regulatory answers addressing cross-border delivery, machine customization, acceptance protocols, and after-sales support.
Whether you are designing a high-volume assembly line for heavy-duty power tool armatures, configuring an automated BLDC wheel hub winding cell, or procuring precision motor accessories, our engineering team is ready to analyze your technical drawings and provide a detailed line layout with tact-time calculations.
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