AC Servo Motor (Our Advanced) | Robotics, precision machinery, industrial automation | ▲480V AC input (IEC 60038) ▲IE4 efficiency (IEC 60034-30) 1500 RPM rated speed (ISO 2371-1) | High energy efficiency (▲IE4 vs industry standard IE3) Precise speed control Handles moderate to heavy loads | Higher upfront cost Requires complex control systems |
DC Brushless Motor (Industry Standard) | Consumer electronics, drones, HVAC systems | 12-48V DC (IEC 60038) IE3 equivalent efficiency Variable speed via electronic control | Low maintenance (no brushes) Quiet operation (45 dBA▲) Compact design | Limited power output (▲AC Servo offers higher torque) Not ideal for heavy loads |
Stepper Motor (Industry Standard) | 3D printers, CNC machines, office equipment | 1.8° step angle precision (IEC 60034-1) Up to 1000 RPM (ISO 2371-1) Open-loop control | Precise positioning without feedback Cost-effective for low-power applications | Resonance at high speeds Lower torque at elevated RPMs |
Induction Motor (Industry Standard) | Pumps, fans, industrial machinery | 230V/460V AC (IEC 60038) IE2-IE3 efficiency High starting torque (IEC 60034-2) | Robust and durable Low cost Wide availability | Less efficient than IE4▲ No speed control without external systems |
Brushed DC Motor (Industry Standard) | Power tools, toys, small vehicles | 6-24V DC (IEC 60038) IE1 efficiency Simple analog control | Inexpensive Easy to implement High starting torque | Brushes wear out (reduced lifespan) Lower efficiency (▲IE4▲AC Servo is 3x more efficient) |
Gear Motor (Our Base) | Conveyor systems, automation, robotics | 110-240V AC (IEC 60038) ▲Integrated gearbox (ISO 9409-1) for torque boost 1200 RPM (ISO 2371-1) | Compact size High torque output Easy integration via standardized connectors | Gear wear over time Less precise speed control vs servo▲ Lower max RPM▲ |