High efficiency and power density for extended duty and reduced heat rise.
Low noise and low EMI thanks to electronic commutation and optimized gear geometry.
Long life with minimal maintenance; primary wear items are bearings and gear pairs.
Accurate speed/torque/position control with Hall sensors or encoders and matched ESCs.
Compact form factors across multiple frame sizes for tight installation spaces.
A BLDC gear motor is an integrated system composed of:
Motor: stator (laminated steel, windings, bearings) generating a rotating magnetic field; rotor (NdFeB magnets on a shaft) following the field.
Gearbox: planetary or spur stages that multiply torque and reduce speed with controlled backlash.
Feedback and options: Hall sensors or encoder, optional holding brake, tailored cabling.
Drive (ESC): controls commutation and closed-loop behavior; overall performance depends on the joint design of the motor, gearbox, feedback device, control algorithm, and manufacturing precision.
Office Automation: 3D printers, scanners, printers, shredders, projectors.
Medical & Life Science: IVD equipment, blood analyzers, dental tools, microscopes, surgical handpieces, physiotherapy devices, stair lifts.
Textile: embroidery machines, circular and flat knitting, screen printing, spinning machinery.
Industrial Control: SMT and pick-and-place, engraving/marking, CNC peripherals, industrial analyzers, banking equipment (ATM), solar tracking systems.
Logistics & Warehousing: gates and barriers, AGV/AMR platforms, conveyors and diverters.
Automotive & New Energy: door systems, lighting modules, LiDAR actuation, display positioning.
Robotics: robot arms, collaborative robots, lawn-mowing robots, medical robotic hands.
Agriculture: pruning shears, precision seeders, fertilizer distribution, harvesting machines, robotic milking, seeding ploughs, sprinkler trucks.
Compact stages with high torque density and low backlash options. Well-suited to collaborative robots, office automation, laboratory instruments, and light industrial mechanisms. Typical voltages include 12 V, 24 V, and 48 V; encoder and brake available on request.
Robust square-gearbox designs for industrial automation and textile equipment. Provide stable output torque, ease of mounting, and flexible shaft/ flange customization for conveyors, feeders, and actuators.
Purpose-built for hazardous environments such as petrochemical, shipbuilding, printing, and textile lines. Available in multiple frame sizes and voltage options (e.g., 48 V in the 130 Series). Certification scope and markings depend on the exact model and region; consult our sales team for details.