Brushless DC Motors | Robotics, pumps, fans | Brushless design (no mechanical wear points) ▲1 vs brushed motors IE3 efficiency (92%▲2 over Industry Standard IE1) Multi-voltage (110V/220V/24V) | Zero brush wear (longer lifespan) High efficiency (▲2 over industry) Universal voltage compatibility | Higher upfront cost▲ Requires electronic controllers▲ |
Induction Motors | Heavy machinery, conveyor systems | High torque output (30 Nm▲) Robust metal housing (IP55▲) Single-phase voltage (220V) | Low maintenance▲ Cost-effective base model▲ High load tolerance▲ | Lower efficiency (IE1▲) Less precise speed control▲ Large footprint▲ |
Servo Motors | Precision robotics, CNC machines | Dynamic torque control (±1% accuracy▲) Compact flange mounting (12mm thickness▲) Multi-voltage (24V/110V/220V) | Ultra-precise positioning▲ Space-saving design▲ Adapts to diverse voltages▲ | Complex control systems▲ Higher price point▲ Sensitive to thermal load▲ |
Control Systems | Industrial automation setups | Multi-motor coordination (up to 8 channels▲) Integrated safety protocols (ISO 13849-1▲) Modular interfaces (Ethernet/RS485▲) | Centralized automation▲ Enhanced safety compliance▲ Scalable architecture▲ | Requires expert setup▲ Higher initial investment▲ Complex troubleshooting▲ |
High-Torque Motors | Industrial robots, conveyor belts | Flange-mounted design (ISO 10497▲) Peak torque (50 Nm▲) Continuous duty cycle (100%▲) | Heavy-load reliability▲ Stable performance under strain▲ Robust construction▲ | Bulky size▲ Higher energy consumption▲ Limited speed range▲ |
Compact Motors | Space-constrained devices (e.g., drones) | Lightweight alloy casing (285g▲) Low noise (43 dBA▲) Modular gear ratios (1:1 to 1:50▲) | Minimal footprint▲ Quiet operation (quieter than a refrigerator hum▲) Customizable gearing▲ | Lower torque capacity▲ Requires precise mounting▲ Less rugged▲ |