Spur Gear Motors
Spur geared motors use straight-cut spur gears for power transmission. Simple structure, low manufacturing cost and easy maintenance. They deliver stable torque for low-to-medium load applications. Limitation: Higher operation noise at high speed, not suitable for heavy shock loads. Common uses: Small household appliances, vending machines, miniature conveying equipment.

Helical Gear Motors
Helical gear motors adopt inclined helical gears. The teeth engage gradually, resulting in smoother rotation, lower noise and stronger load capacity compared with spur gears. Higher transmission efficiency and longer service life. Common uses: Automation conveyors, medical equipment, office machinery, precision small drive systems.

Bevel Gear Motors
Bevel gear motors transmit power between intersecting shafts (usually 90° right-angle output). They change rotation direction while transferring torque, saving installation space for vertical layout. Common uses: Equipment requiring corner power output, smart equipment, special automation actuators.

Key Advantages Overview
1.Spur Gear: Cost-effective, simple structure
2.Helical Gear: Quiet running, heavy load capacity, smooth operation
3.Bevel Gear: 90° angular power transmission, flexible layout

Our spur, helical and bevel DC geared motors support customizable voltage, gear ratio, torque and output shaft structure. OEM & ODM service available for diversified automation drive solutions.

Planetary Gear Motors adopt advanced planetary transmission structure. With coaxial layout, high transmission efficiency and strong overload resistance, they deliver stable high torque output under low speed. The multi-stage planetary gear set distributes load evenly among multiple planet gears, bringing low backlash, outstanding torsional rigidity and excellent durability. Compact coaxial design saves installation space perfectly.

Our planetary geared motors support wide options of voltage, gear ratio and torque. Custom output shafts, brackets and connectors are available for OEM & ODM. Widely applied in robotic joints, AGV trolleys, automated machinery, medical instruments, logistics sorting equipment and smart agricultural devices.

Key Advantages
1. Coaxial compact structure, small volume
2.High transmission efficiency & low backlash

3.Great overload capacity and strong shock resistance
4.Uniform load distribution, long service life
5.Flexible customization on parameters and mechanical structure

Our worm gear DC reducer motors adopt mature worm & worm wheel transmission structure, featuring self-locking capability, low noise and high torque output. The integrated metal gearbox delivers stable operation, compact layout and excellent space-saving performance, widely adopted in smart locks, automation actuators, lifting devices, medical equipment and household intelligent appliances.

Constructed with high-strength alloy gear set and solid aluminium housing, the motor ensures outstanding durability and reliable long-term running. Multiple specifications of gear ratios, voltage and torque are optional; we support customised shafts, connectors and mounting structures to match diverse equipment requirements.

Key Advantages:
1.Built-in self-locking function to prevent reverse rotation when power off
2.Compact right-angle layout, ideal for limited installation space
3.High torque at low speed, smooth & quiet operation
4.Robust metal gearbox structure, long service lifespan
5.Flexible parameter customization: voltage, gear ratio, torque and output shaft

Our automatic locking motor is a dedicated worm gear DC geared motor tailor-made for intelligent lock systems. Built with integrated worm & worm wheel transmission structure, it features reliable self-locking function after power-off to effectively prevent lock cylinder reverse rotation and avoid technical unlocking risks.

The motor adopts a compact integrated plastic housing design, perfectly fitting the limited inner space of smart lock bodies. Optimized gear meshing greatly reduces operating noise during lock extension and retraction. Stable output torque ensures smooth unlocking & locking actions under frequent cyclic operation.

Customizable specifications including working voltage, speed and torque are available to match different mortise lock structures. Widely applied in household smart door locks, cabinet smart locks, apartment access control locks and storage locker locks.

Core Advantages
1.Inherent worm gear self-locking, higher safety for lock systems 2.Ultra-compact integrated structure, easy assembly inside lock body
3.Low operating noise, stable action for frequent repeated use 4.Adjustable speed & torque to fit multiple lock bolt structures 5.Mature mass-production design, long service life for smart lock scenarios.