Engineered for precise tactile haptics, low power consumption, and mechanical durability. Click a model to view specifications.
Tired of trading company markups, communication gaps, and inconsistent batch quality in your motion control supply chain? ApexMicro is the transparent, direct-from-source China factory you've been looking for.
Deep industry heritage since 2006, ensuring stable automated production lines and long-term supply security.
Every single motor is subjected to automated dynamic balancing and acoustic tests under real industrial loads.
We rapidly customize custom shafts, eccentric weight offsets, integrated encoders, and specialized gearheads.
Our state-of-the-art ecology runs fully compliant with international ISO9001, CE, RoHS, and REACH safety standards.
From tactical feedback in next-generation medical systems to robust mechanical alerts in rugged industrial equipment.
Delivering deterministic, ultra-quiet mechanical pulses for insulin pumps, physiological monitoring wearables, and non-invasive therapy wands that demand zero structural failure.
High-density ERMs and coreless motors tailored for smart rings, modern beauty instruments, wellness massagers, and micro-haptic tactile feedback in handheld devices.
Ensuring rugged, temperature-resistant alert components for critical dashboard indicators, steering wheel alerts, and handheld telemetry terminals in complex factories.
As smart systems shrink in volume, design engineers face the challenge of extracting maximum G-force acceleration within highly constrained volumes. Traditional Eccentric Rotating Mass (ERM) motors remain the bedrock of cost-effective tactile alerts, while coreless designs leverage precious-metal brush materials to optimize startup time and transient response.
ApexMicro addresses these engineering bottlenecks by manufacturing motors featuring high-density Tungsten alloy weights. These weights deliver 30% higher mass density compared to standard brass alternatives, significantly boosting vibration output without increasing the motor casing footprint.
| Motor Type | Typical Diameter | Peak G-Force | Expected Lifetime |
|---|---|---|---|
| Cylindrical Coreless (ERM) | 4mm - 10mm | 0.5G - 2.8G | 100k - 200k cycles |
| Coin/Flat Brushless (LRA) | 8mm - 12mm | 1.0G - 3.5G | 500k - 1M cycles |
| Heavy Industrial (130/050) | 12mm - 24mm | 3.0G - 8.0G | 200k - 500k cycles |
Our traceably audited, step-by-step manufacturing cycle guarantees mechanical alignment and long-term electrical reliability.
Equipped with premium tooling systems to produce high-precision component dimensions, ensuring quiet, long-life motor operations.
Before shipping, our batches undergo simulations for salt spray corrosion, thermal shock, noise compliance, and mechanical lifecycle fatigue.
Navigating global supply chains requires partners who match your quality standards. ApexMicro guarantees international compliance across major trade zones:
Submit your CAD designs or parameter demands. We customize:
Our R&D division continuously advances the limits of micro-electromechanical systems (MEMS) and magnetic materials.
Developing ultra-thin coreless cylindrical models with customized diameters down to 3mm, providing reliable vibratory alarms for smart bands and medical diagnostic patches.
Leveraging precious metal alloys (Platinum-Nickel-Gold) for our brush commutators, reducing contact resistance and extending operational cycles by 40% compared to traditional copper brushes.
Utilizing custom damping rings and advanced lubricant formulas to reduce acoustic output to less than 40dBA in high-speed wellness and beauty products.
Technical answers directly from the ApexMicro Engineering and Quality Assurance team.
The vibration force (F) is calculated by the formula F = m × r × ω², where "m" represents the mass of the eccentric weight, "r" represents the eccentricity radius (distance from shaft center to weight center of mass), and "ω" is the angular velocity (rotational speed). Modifying the weight material (e.g., swapping brass for denser Tungsten) or changing its radius dynamically shifts this output force.
Precious metal brushes (typically consisting of gold, silver, or platinum alloys) offer very low electrical contact resistance and low starting voltage requirements, which is ideal for battery-operated miniature electronics. Carbon brushes are better suited for larger motors (such as SFF-130SA series massager motors) operating under higher currents, where wear is managed by robust brush spring pressure.
Every motor batch undergoes testing in our specialized noise chambers. The motor is mounted in a custom fixture that prevents structural resonance, and a calibrated microphone measures acoustic output at a distance of 10cm. Through high-precision shaft balancing and specialized damping lubricants, we maintain typical noise levels below 45dBA.
We supply micro motors with rubber sleeves for isolation, custom metal mounting brackets, customizable lead wire lengths, and terminating connectors. For high-volume manufacturing lines, we can solder the motor onto custom Flexible Printed Circuits (FPCs) for quick assembly.
Explore our full range of custom configurations, from ultra-small cylindrical models to specialized high-RPM gearmotors.