Material Composition | Rugged outdoor robotics, industrial use | Industry Standard: Plastic casing (ASTM D638 flexural strength: 50 MPa) Our Base: Aluminum + plastic hybrid (120 MPa ▲) Our Advanced: Full aluminum (200 MPa ▲▲) | Enhanced durability and corrosion resistance for harsh environments | Advanced versions may be heavier or costlier than plastic-only alternatives |
Torque Capacity | Heavy-load applications (e.g., drones) | Industry Standard: 15 kg/cm (IEC 60034-1) Our Base: 25 kg/cm ▲ Our Advanced: 40 kg/cm ▲▲ | Supports heavier payloads and complex mechanical systems | Higher torque models may require more power or specialized controllers |
Noise Level | Indoor robotics, office automation | Industry Standard: 50 dBA (equivalent to normal conversation) Our Base: 45 dBA (quieter than fridge hum) ▲ Our Advanced: 40 dBA (similar to a whisper) ▲▲ | Reduced noise pollution in sensitive environments | Advanced models may have higher upfront costs due to sound-dampening tech |
Encoder Precision | Precision robotics, surgical devices | Industry Standard: Optical encoder (±0.1° accuracy) Our Base: Magnetic encoder (±0.05°) ▲ Our Advanced: Hybrid encoder (±0.01°) ▲▲ | Ultra-precise control for high-accuracy tasks | Advanced encoders add complexity to calibration and maintenance |
Gear Durability | High-cycle applications (e.g., drones) | Industry Standard: Plastic gears (10,000 cycles per ASTM D3982) Our Base: Metal gears (25,000 cycles ▲) Our Advanced: Ceramic gears (50,000 cycles ▲▲) | Longer operational lifespan and resistance to wear | Metal/ceramic gears may increase weight and cost compared to plastic alternatives |
Mounting Flexibility | Custom integration projects | Industry Standard: 2 mounting holes (ISO 5391) Our Base: 4 holes ▲ Our Advanced: 6 holes + adjustable brackets ▲▲ | Easy customization for diverse mechanical setups | Advanced models require more space and planning for installation |