Direct from our state-of-the-art ISO 9001 and CE certified manufacturing facilities to European assembly floors.
Luxembourg's modern economy has transitioned from heavy steel production to high-value-added advanced manufacturing, automotive components, logistics automation, and clean-tech systems. As a key logistical hub in the heart of Europe (specifically near Eurohub South in Bettembourg), the country demands absolute component reliability.
Specialist integrators, custom OEMs, and "ungrouped manufacturers"—companies focusing on highly custom, low-volume, or highly complex industrial modules rather than mass-market catalog devices—are often left stranded by standard micro motor suppliers who only cater to standard footprints.
Decades of continuous manufacturing improvements and strict compliance to fuel European industry requirements.
In global procurement databases, "ungrouped manufacturers" represent custom motion control developers and specialized machine builders who do not conform to standardized industry codes. For purchasers in Luxembourg, sourcing precision parts from ungrouped factories requires dynamic auditing, proof of tooling, and direct engineering communication.
ApexMicro acts as a direct bridge, eliminating middleman trading markup, simplifying the verification of ISO-compliant production lines, and delivering custom motor configurations matching non-standard mounting configurations.
Every micro motor undergoes a structured, quality-controlled manufacturing cycle inside our modern factory lines.
Engineered for high RPM, high torque, and custom voltage configurations in heavy-duty machinery.
A peek into our advanced tooling assets enabling micron-level dimensional accuracy across all micro-drive components.
Ensure selection of the correct motor configuration for medical devices, robotic joints, and automation hubs.
| Motor Parameter | Coreless Brushless (BLDC) | Conventional Brushed DC | Planetary Geared System |
|---|---|---|---|
| Typical Lifespan (MTBF) | 20,000+ Hours (Limited by bearings only) | 2,000 to 5,000 Hours (Limited by commutator brush wear) | System-dependent; optimized for high cycle fatigue |
| EMI/RFI Emissions | Extremely Low (Digital electronic commutation) | Moderate to High (Physical brush sparking) | Insignificant (Passive mechanical stage) |
| Torque-to-Weight Ratio | Very High (NdFeB magnets, ironless design) | Moderate (Copper winding on iron core) | Maximum Torque Output via planetary reductions |
| Optimal Application | Medical actuators, aerospace drones, AGVs | Vending systems, home appliances, toy projects | Robotic joints, smart locks, precision dosing |
| Acoustic Noise | < 35 dB (Under load, lab tested) | < 48 dB (Under load, lab tested) | Dependent on gears (POM / metal selection) |
ApexMicro motors undergo intensive verification. Our testing facilities run fully aligned with RoHS, REACH, and CE compliance standards.
For European OEMs, shipping lead times and custom clearances inside the Schengen zone must be flawless. ApexMicro operates with trusted logistics routes delivering to Luxembourg's major freight centers. Whether routing through Findel Cargo Hub or delivering directly to industrial estates in Contern, Bettembourg, or Foetz, our processes ensure rapid transit.
All shipments come complete with detailed declaration documents, full compliance markings (CE, RoHS, REACH), and motor-specific test reports detailing performance benchmarks like torque constants, winding resistance, and dynamic balancing measurements.
As global industries move towards Industry 4.0, smart motion drives are becoming essential. Our research department is actively designing integrated controllers that sit directly inside the rear housing of our brushless motors, saving spatial volume and minimizing cabling complexity.
By shifting from conventional iron-core armatures to slotless coreless designs, we eliminate cogging torque. This is a crucial improvement for surgical robotics and optical tracking platforms where even micro-steps of drag can disrupt operations.
Additionally, we are expanding our custom planetary gearbox offerings. By combining high-wear polymer gears (POM) with steel pinion stages, we are achieving a perfect balance between ultra-silent operation (crucial for medical environments) and peak torque density.
Environmental preservation is a primary pillar of Luxembourg's industrial research. At ApexMicro, we strictly control our raw material supply. Our rare earth NdFeB (Neodymium Iron Boron) magnets are sourced from verified mines tracking environmental impact indexes.
Our automated wire winding machines optimize copper layout density, reducing resistive copper losses. This translates directly to higher operational efficiency, allowing mobile robotic devices and handheld clinical instruments to run significantly longer on a single battery charge.
Customizable shaft lengths, torque limits, voltage inputs, and encoder options available for all configurations below.
Get instant answers to technical, logistical, and compliance questions commonly raised by European purchasers.
Yes. Every production run is audited for compliance with EU directives. We strictly avoid hazardous lead, cadmium, and mercury compounds, and we use eco-friendly insulation oils, meeting Luxembourg's environmental manufacturing standards. Material declarations are provided on request.
Absolutely. Over 60% of our production consists of customized drives. We can machine D-shafts, cross-holes, splines, and helical cuts. Additionally, our R&D team can customize custom mounting brackets to fit your mechanical enclosures.
For standard motor modifications, prototype samples are prepared in 7 to 10 working days. For entirely custom structural gearbox designs, tooling and validation requires 21 to 30 days. Fast air freight delivery directly to Findel Airport (LUX) takes an additional 4 to 6 days.
We operate dynamic soundproof chambers where noise tests verify that decibel outputs stay below 35-40 dB. We achieve this by utilizing automated gear hobbing machines to minimize gear mesh backlash, using synthetic dampening greases, and choosing POM plastic gears for high-frequency isolation stages.
We are highly supportive of the "ungrouped manufacturer" model. While high-volume orders yield lower unit costs, we support pilot runs and small batches (from 100 to 500 units) to help European startups and specialized medical system builders scale up.
Every production batch includes inspection reports covering coil resistance, insulation breakdown voltage, no-load and full-load speed and current profiles, shaft runout measurements, and sound level validation.
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