Material | Industrial machinery requiring thermal management | Industry Standard: Steel (100 MPa Yield Strength) Our Base: Aluminum (205 W/m·K Thermal Conductivity) Our Advanced: Aluminum + Corrosion-Resistant Coating (250 W/m·K) | ▲ Base: 20% better heat dissipation than steel. ▲▲ Advanced: Adds corrosion resistance (ASTM B117 salt spray test). | Base: 15% higher cost than steel. Advanced: 30% more expensive due to coating. |
Noise Level | Office/residential adjacent factories | Industry: 50 dBA (louder than a refrigerator) Our Base: 43 dBA (quieter than a refrigerator) Our Advanced: 38 dBA (whisper-quiet) | ▲ Base: 14% quieter. ▲▲ Advanced: 24% quieter than industry (ISO 3744). | Advanced requires premium sound-dampening materials, increasing cost. |
Torque | Heavy-duty weaving tasks | Industry: 10 Nm Our Base: 12 Nm (ISO 14708) Our Advanced: 15 Nm | ▲ Base: 20% more torque. ▲▲ Advanced: 50% higher torque for demanding loads. | Higher torque may increase energy consumption by 10–15%. |
Power Efficiency | Energy-sensitive textile operations | Industry: 80% efficiency (IE2) Our Base: 85% (IE3) Our Advanced: 90% (IE4) | ▲ Base: 6% more efficient. ▲▲ Advanced: 12.5% better efficiency (IEC 60034-30-1). | Advanced motors require specialized controllers, adding complexity. |
Durability | High-cycle industrial use | Industry: 40,000 Hours MTBF Our Base: 50,000 Hours (MIL-HDBK-217) Our Advanced: 60,000 Hours | ▲ Base: 25% longer lifespan. ▲▲ Advanced: 50% improvement in reliability. | Advanced uses premium bearings, increasing replacement costs. |
Connectivity | Custom automation systems | Industry: 3-pin connectors Our Base: 4-pin (standard control) Our Advanced: 6-pin (advanced customization) | ▲ Base: Supports precise speed control. ▲▲ Advanced: Enables IoT integration (IEC 61131-2). | Advanced requires specialized wiring, complicating installation. |