Brush Commutation Actuators | Cost-sensitive applications (e.g., basic automation) | Brush commutation (4000 RPM, requires brush replacement every 500 hours) ▲ Our Advanced: Brushless option available | Lower upfront cost, simpler design (Industry standard: 3000 RPM for brushed models) | Higher maintenance needs, shorter lifespan (2–3 years) |
Brushless DC Actuators | High-reliability systems (e.g., medical devices) | Brushless design (5000 RPM+, 10,000-hour lifespan) ▲ Our Advanced: 6000 RPM | Zero brush wear, longer lifespan (5+ years) (Industry standard: 4500 RPM for brushless) | Higher cost, complex control systems required |
High-Efficiency (IE3) Actuators | Energy-critical industries (e.g., green energy systems) | IE3 efficiency (20% lower energy use vs. IE1) ▲ Our Advanced: IE4 efficiency | 30% energy savings vs. industry-standard IE1 (Industry standard: IE2 efficiency) | 20% higher upfront cost compared to IE1 models |
Multi-Voltage Actuators | Versatile installations (e.g., automotive, robotics) | 12V–48V compatibility (Industry: 24V only) ▲ Our Advanced: 12V–60V range | Flexible voltage support for diverse systems (Industry standard: fixed 24V) | Slightly bulkier design due to voltage regulators |
High-Speed Actuators | Rapid-response systems (e.g., automated manufacturing) | 4000 RPM (Industry: 3000 RPM) ▲ Our Advanced: 5000 RPM | 33% faster linear motion than industry standards (Industry standard: 3000 RPM) | Higher energy consumption, requires robust cooling |
Corrosion-Resistant Actuators | Harsh environments (e.g., marine, chemical plants) | Stainless steel (ASTM A276 compliant) ▲ Our Advanced: Duplex stainless steel | Withstands saltwater and chemical exposure (Industry: 500+ hours) (Industry standard: carbon steel) | 25% heavier, 15% costlier than standard models |