High Torque BLDC Motor (Our Advanced) | Electric vehicles, industrial automation | - IE4 energy efficiency (▲ from IE3 in Base model) - Steel/aluminum gearbox housing (ASTM F123) - CE/RoHS certified (EU compliance) | ▲ 15% energy savings vs Base model Corrosion-resistant housing Global regulatory compliance | Higher upfront cost Requires advanced control systems |
Standard BLDC Motor (Our Base) | Consumer electronics, home appliances | - IE3 energy efficiency (IEC 60034-30-1) - Aluminum gearbox housing (ISO 52933) - CE certified | Cost-effective for low-power use Lightweight design (285g) Basic regulatory compliance | Lower torque capacity Less durable housing than steel Limited certifications |
Industry Standard BLDC Motor | HVAC systems, general machinery | - IE2 energy efficiency (IEC standard) - Plastic gearbox housing (ISO 1043) - Basic CE certification | Widely available Affordable upfront cost | 25% higher energy costs vs Our Advanced Plastic housing degrades in harsh environments |
Precision Stepper Motor | 3D printers, CNC machines | - 1.8° step angle (ISO 9409-1) - NEMA 17 frame size (IEC 60529) - Open-loop control | ▲ 0.1° positioning accuracy Compact design (45mm x 45mm) No feedback sensor required | Resonance at 500-1000 RPM Lower torque at high speeds |
Brushed DC Motor | Toys, small appliances | - Carbon brush commutation (IEC 60034-1) - Steel casing (ASTM A36) - Low cost (ISO 14001) | Simple design and control Lower initial cost ($15–$30) | ▲ 30% less efficient than BLDC Brush wear requires frequent maintenance |
High-Precision Servo Motor | Industrial robotics, CNC | - Closed-loop control with encoder (IEC 60204) - IP67 rating (ISO 20653) - 0.01° dynamic response (ISO 10218) | ▲ 5× faster response than stepper motors Withstands dust/water ingress Extreme precision | 3× higher cost than BLDC Complex installation/maintenance requirements |