DC Linear Actuators | Coffee machines, small automation systems | Voltage: 12V (Base) ▲ 24V (Advanced) Brush Commutation (Reduced maintenance) CE Certified Efficiency: 85% (IE1) ▲ 90% (IE2) Force Output: 100N (Base) ▲ 200N (Advanced) Aluminum Construction (200 MPa tensile strength) Bidirectional Movement (2-wire control) Mounting Flexibility (Pre-drilled holes) | Lower cost, lightweight, versatile voltage options Quiet operation (43 dBA) Easy installation via pre-drilled holes | Brush wear over time Lower efficiency than brushless variants |
AC Linear Actuators | Industrial machinery, heavy-duty systems | AC Motors (Higher power output) IP65 Protection (Dust/water resistant) 230V/460V operation Encoders for feedback | High power for heavy loads Robust in harsh environments Scalable for industrial needs | Complex wiring Higher upfront cost |
Servo Actuators | Robotics, precision machinery | Closed-loop control (±0.1mm accuracy) High speed (up to 1m/s) 24V-48V operation | Ultra-precise positioning Rapid response for dynamic systems | Expensive hardware/software requirements Requires calibration |
Pneumatic Actuators | Automotive assembly, packaging lines | Air-powered (Fast response <0.5s) 80-120 PSI pressure 1000N force output | Instant high force output Low maintenance for simple setups | Relies on compressed air supply Noisy operation (75 dBA) |
Hydraulic Actuators | Construction equipment, heavy industry | Hydraulic fluid (Up to 5000 PSI) 5000N force output Oil-cooled for continuous use | Massive force for extreme applications Unmatched reliability under load | Bulky design High maintenance (fluid leaks/rust risks) |
Stepper Motor Actuators | 3D printers, CNC machines | Step resolution (1.8° per step) 12-24V operation 50Ncm torque output | Precise open-loop positioning No feedback sensors needed | Speed-dependent torque loss Limited force for heavy loads |