Brushless DC Gear Motor (Parallel)

Brushless DC parallel shaft gear motors—also known as inline BLDC gearmotors—combine high power density, ultra-quiet operation, and virtually maintenance-free performance. Designed with low-backlash parallel-shaft gearboxes, they deliver precise positioning and high torque in a compact form factor.Available in 12/24 VDC low-voltage and higher-voltage DC options (including 220 V solutions), these motors support matched controllers and encoder feedback for accurate speed and motion control. Ideal for continuous-duty conveyors, door operators, compact automation systems, and high-precision positioning equipment.

Inline BLDC Gear Motors – Zero Maintenance, High-Precision Power

Our Brushless DC (BLDC) Parallel Shaft Gearmotors—also known asinline BLDC gear motors—integrate a high-efficiency BLDC/EC motor with a compact parallel-shaft reducer. Compared with traditional right-angle worm gear sets, this inline architecture delivers higher mechanical efficiency,significantly lower backlash, and extended service life, contributing to the
lowest Total Cost of Ownership (TCO)for precision motion and continuous-duty automation.

Electronic commutation completely eliminates brushes, ensuring
clean, ultra-quiet, and virtually maintenance-free operation.With stable torque output and precise speed control, these gearmotors are engineered for reliable 24/7 industrial duty.

What’s Included in This Category

Integrated Parallel-Shaft BLDC Gearmotors (Main Range)

These models feature a factory-matched BLDC motor and inline / parallel-shaft gearbox, delivering a compact, high-torque solution with low backlash.The integrated design simplifies mounting, alignment, and commissioning while ensuring long-term mechanical reliability in demanding automation environments.

Round-Shaft BLDC Motors (For Flexible Configurations)

Round-shaft BLDC motors are available for applications requiring
direct coupling or flexible gearbox matching.These motors can be supplied for direct coupling to couplings or pulleys,or paired with planetary gearboxes andNMRV worm gear reducers, depending on torque, speed, and installation requirements.

This option is preferred where a higher base motor speed,non-standard reduction ratios,or
custom mechanical layouts are required within a compact footprint.

Power, Drives, and Control

  • Voltage Options: 12/24 VDC low-voltage models and higher-voltage DC windings are available, including 220 V solutions upon request.
  • Matched Drives: Factory-matched BLDC controllers with Hall sensor or encoder feedback ensure stable and accurate speed regulation.
  • Advanced Motion Functions: Support for soft start/stop,dynamic braking, programmable acceleration/deceleration ramps, and closed-loop speed control.

Performance & Reduction Ratios

  • Higher Efficiency, Lower Backlash: Inline parallel-shaft or planetary stages provide superior mechanical efficiency and reduced backlash compared with worm gearmotors of similar size.
  • Wide Speed Range: Multiple reduction stages support output speeds from very low RPM up to several hundred RPM, depending on configuration.
  • Dynamic Response: Low rotor inertia enables fast acceleration and deceleration with excellent repeatability for cyclic and indexing applications.

Options & Accessories

  • Incremental or absolute encoders for closed-loop control and process feedback
  • Electromagnetic brakes (select models) for rapid stopping and load holding
  • Hollow-shaft or solid-shaft outputs
  • Foot-mounted or flange-mounted configurations
  • Custom cable lengths, connectors, and lead orientations

Typical Applications

These BLDC parallel shaft gearmotors are widely used incontinuous-duty conveyors and feeders,door and gate operators,rotating retail displays,compact pumps, and general automation systems.They are particularly well suited for applications requiringquiet operation,tight speed regulation,precise positioning, and
long service life with minimal maintenance.

Why Choose Our BLDC Parallel Shaft Gearmotors

  • Zero Brush Maintenance: Electronic commutation eliminates wear components, reducing downtime and lifetime service costs.
  • Higher Torque Density & Precision: Inline architecture delivers higher efficiency and lower backlash than comparable worm gear solutions.
  • Compact, Integration-Ready Design: Factory-matched motor, drive, and feedback reduce wiring complexity and setup time.
  • Built for 24/7 Operation: Quiet running, low heat generation,and stable performance for continuous industrial duty.
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