Brushed Linear Actuators | Cost-sensitive automation, basic robotics | Brushed Commutation (IEC 60034-30) IE1 Efficiency (85% efficiency) 110V AC Operation | Lower upfront cost, simpler design Quiet operation (43 dBA) Lightweight aluminum body (ISO 52936) | Higher maintenance (brush wear) Lower energy efficiency Shorter lifespan (▲ vs Brushless) |
Brushless (BLDC) Linear Actuators | High-efficiency robotics, medical devices | Brushless Commutation (▲) IE3 Efficiency (92%) 24V DC Operation | Longer lifespan Higher energy efficiency (▲) Quieter operation (38 dBA) Stainless Steel Casing (▲) | Higher initial cost Requires complex control systems (PLC/Microcontroller) |
Our Base Linear Actuator | Office automation, basic machinery | Brushed Commutation IE1 Efficiency (85%) Dual Voltage (110V AC/24V DC) Aluminum Body (ISO 52936) | Flexible voltage compatibility Cost-effective for low-intensity use Compact size (150mm length) | Requires periodic brush replacement Lower torque (5 Nm) Not ideal for heavy loads |
Our Advanced Linear Actuator | Precision robotics, medical equipment | Brushless Commutation (▲) IE3 Efficiency (▲) Dual Voltage (▲) Stainless Steel Casing (▲) | Enhanced durability (▲) Higher torque (10 Nm) Quieter operation (35 dBA) ISO 9001 certified | Higher upfront cost Requires specialized installation expertise |
Servo Motors | Industrial automation, CNC machinery | Closed-loop control (IEC 61131-8) High Torque (15 Nm) 24V DC Operation | Extreme precision (±0.01mm accuracy) Rapid response time (0.2s) | High complexity in setup Expensive control systems Heavy weight (2.5kg) |
Hydraulic Actuators | Heavy machinery, construction equipment | High Force Output (5000 N) Oil-Based (ISO 12100) 24V DC Operation | Massive force capability (▲) Stable under extreme loads | Bulky design (500mm length) High maintenance (oil leakage risk) Noisier operation (55 dBA) |