The FD1 linear actuator 8000N from Sanxing represents a high-performance solution in the field of electric actuation technology. Specifically built to deliver up to 8000 N of push force, this actuator is capable of supporting heavy loads and delivering smooth, precise linear motion across a broad range of applications.
Unlike pneumatic or hydraulic systems that may require complex infrastructure and maintenance, the FD1 actuator offers electric actuation with lower complexity and maintenance cost. Its direct-drive design simplifies integration with control systems, while built-in limit switches ensure reliable stop positions, improving safety and repeatability for OEM systems.
Available with a customizable stroke from 26 mm to 1000 mm, the FD1 series provides flexibility for equipment designers. Whether you are building adjustable hospital beds, industrial lifting platforms, or automated warehouse machinery, this linear actuator can be tailored to meet your mechanical design constraints.
With operating temperatures ranging from −20℃ to +40℃ and duty-cycle specifications designed to balance performance and longevity, the actuator delivers dependable motion control even in challenging conditions. The standard CE certification and robust material construction give buyers confidence in both quality and compliance.
Choosing the FD1 8000N linear actuator means partnering with a reliable actuator that supports:
- High load capacity: suitable for industrial and heavy equipment
- Customizable actuation parameters: stroke length and speed options
- Quiet, stable operation: controlled motion with ≤48 dB noise level
- OEM adaptability: supports feedback options like hall sensors or synchronization for more complex automation needs
The FD1 linear actuator is designed for manufacturers, system integrators, and engineers seeking durable, customizable actuation solutions with strong performance characteristics—making it an excellent choice for automated product lines and mechanized systems where high force and precision matter.

