Advantages of electric push rods

Core Advantages of Industrial Electric Push Rods

High Precision Control & Accurate Positioning

Achieve micro- and millimeter-level precise positioning with stable stroke control.

Support stepless speed regulation, stop at any position and self-locking, offering better controllability than hydraulic and pneumatic systems.

Simple Structure & Extremely Low Maintenance

Adopt an all-electric structure without oil pumps, pipelines or seal leaks.

Virtually maintenance-free, no need for oil replacement, leak handling or pipeline cleaning.

Feature a far lower failure rate than hydraulic and pneumatic systems.

Clean, Environment-friendly & Low Noise

Free from hydraulic oil leaks, waste gas and oil contamination, making it ideal for food, pharmaceutical, electronic and new energy industries.

Operate with low noise, suitable for office equipment, medical devices, smart homes and automated production lines.

Easy Installation & Compact Space Occupation

Integrate motor, reducer and lead screw into an all-in-one unit with small size and light weight.

Work simply by connecting to power supply, eliminating the need for complex hydraulic stations and air compressors.

Can be installed horizontally, vertically or obliquely at any angle.

Low Energy Consumption & High Energy Efficiency

Consume power only during operation, with almost no power consumption in standby mode.

Save 30%–60% energy compared with hydraulic systems, reducing long-term operating costs.

Flexible Control & Easy Integration into Automation

Compatible with PLC, relays, switches, remote controls and servo drives.

Can be equipped with Hall sensors, potentiometers and encoders to realize closed-loop control.

Easily integrated into intelligent production lines, Internet of Things and automated equipment.

Stable Operation & High Safety

Start softly without impact, protecting equipment and structural components.

Equipped with overload protection, limit protection and power-off self-locking functions to prevent sliding.

Have strong adaptability to low and high temperature environments, with better stability than pneumatic systems.