Explore our top-tier catalog of micro brushed, brushless, and planetary geared reversible electric motors designed for industrial precision, smart home automation, and medical devices.
A reversible motor is a specialized electromechanical driver designed to rotate bi-directionally, changing directions instantly or through controlled deceleration/acceleration profiles. In industrial automation, smart robotics, and high-precision electronic equipment, reversible capabilities are vital to achieve linear reciprocating motion, closed-loop actuator feedback, and rotational shifts.
Technically, bi-directional control is achieved differently based on the core topology:
For engineering leads, choosing the correct manufacturer involves evaluating the mechanical durability under back-EMF, shaft axial loads, and the thermal impact of rapid directional reversals.
Who We Are:
AKIT MOTORS is a specialized High-Tech China factory established in 2006, dedicated to engineering advanced Micro DC, Gear, and Brushless (BLDC) motors. Over nearly two decades, we have evolved from a local manufacturing workshop into a globally trusted research and production partner.
What We Believe:
The heart of every great machine is its motor. If the axis fails, innovation stops. That is why we engineer every drive with industrial-grade margins—ensuring higher torque, lower noise, and longer operational lifespans than standard commercial alternatives.
How We Serve You:
We bridge the gap between design prototypes and volume production. Through 100% custom engineering (modifying shafts, voltages, encoders, and gear ratios) and scalable automated production, we supply global OEMs with the exact motion control they need, delivered direct from the source.
Our factory utilizes state-of-the-art automation and strict quality gatekeepers to guarantee reliable motor component integration, ensuring consistent performance for every batch.












By investing in automated tooling, AKIT MOTORS minimizes manual error, stabilizes manufacturing tolerance down to micrometers, and achieves mass scalability.












Reliability is proven, not claimed. Our in-house testing center subjects every motor model to simulated environmental extremes and physical constraints to guarantee compliance.

















Sourcing direct from high-tech hubs in China offers global businesses distinct operational and technical benefits. AKIT MOTORS combines raw material integration with manufacturing agility.
China is home to the most concentrated micro-motion ecosystems, housing magnet extraction facilities (Neodymium-Iron-Boron magnets), winding wire suppliers, and steel pressing plants. This local proximity allows AKIT MOTORS to secure premium components without international shipping bottlenecks, reducing raw material lead times to just days.
Modifying shaft dimensions, customized gear profiles, and bracket styles requires custom tooling. Our in-house engineering and tooling fabrication divisions can deliver custom mechanical adaptations in 7-10 working days, a timeline that Western factories struggle to match due to outsourced tooling processes.
By combining automated production with skilled engineering labor, Chinese factories maintain competitive cost structures. This cost efficiency allows OEMs to achieve high performance margins and include integrated safety features (like thermistors or custom encoders) without exceeding budget limits.
For procurement officers and systems design leads, importing micro motors involves navigating compliance standards, quality frameworks, and logistics channels.
Global operations require compliance with strict regulatory frameworks. AKIT MOTORS matches global requirements by executing rigorous compliance programs:
Whether your warehouse uses Just-in-Time (JIT) scheduling or relies on consolidated bulk ocean freight, AKIT MOTORS offers tailored delivery terms. We handle direct custom clearance filings, secure packaging to prevent transit damage, and provide complete documentation (COA, RoHS analyses, and dynamometer test reports) with every shipment.
Industry developments in automation demand higher energy efficiency, compact designs, and smarter feedback systems.
Traditional iron-core motors suffer from cogging torque and higher inertia. Coreless designs eliminate the iron core, offering lower inertia, minimal core loss, and smoother bi-directional transitions. This makes them ideal for surgical robotics and high-end gimbal stabilizers.
By housing the controller directly on the motor frame, modern BLDC systems minimize EMI noise and simplify cable management. These smart drivers allow real-time direction changes and torque adjustments over Modbus or CAN networks.
As applications shrink, the demand for high torque in compact packages grows. Micro planetary gearboxes combined with high-speed reversible motors deliver high reduction ratios and torque while keeping the package size under 16mm.
Where do these reversible motors perform best? Below are standard configurations we customize for our global partners.
Our N20 and mini worm-gear motors are integrated into EV charging poles globally. They provide reversible locking pins that secure the charger connector during high-voltage transfers, shifting directions to release the connector once charging finishes.
Compact planetary gearboxes paired with coreless motors deliver the high torque required to turn deadbolts, reversing to unlock or lock the door based on wireless signals.
High-precision brushless and stepper motors offer bi-directional control to draw and inject fluids, ensuring precise fluid management in patient-care applications.
We address common engineering and procurement questions regarding bi-directional motor operation.
Explore our specialized high-performance motors, including worm-geared, coreless, and stepper models built for extreme environments and industrial duty cycles.
At AKIT MOTORS, every step of our manufacturing workflow—from rotor balancing to high-low temperature tests and corrosion assays—is managed to exceed international standards. When you partner with us, you are sourcing direct from a qualified Chinese factory committed to your project's success.
Contact our engineering support team today to modify shaft configurations, adapt winding specifications, or request detailed CAD layouts for your next system integration.