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Servo Electric Cylinder FDR095 with Max Thrust 3000kg

Servo electric cylinders are compact, all-in-one high-precision linear actuators integrating servo motors and precision screws, replacing pneumatic/hydraulic cylinders. Delivering micron-level positioning accuracy, they enable precise control of speed, position and force with fast dynamic response. Boasting a sealed, durable structure, they work stably in harsh industrial conditions, with eco-friendly, low-noise operation and minimal maintenance needs, no hydraulic oil or compressed air required. Highly customizable in stroke, load and mounting, they are a key component for modern precision automation, powering the shift to electromechanical actuation.

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Model:
FDR095
Brand:
FDR

Product Description

Parameters with 3000kg Thrust Servo Electric Cylinder FDR095:

Series No.	FDR095
Thrust Force Range	≤3000kg
Speed Range	≤500mm/s
Screw lead / Spindle pitch	5mm / 10mm/20mm
Ball screw diameter	Φ32
Piston rod diameter	Φ55
Stroke Range	≤1700mm
Precision	±0.01mm
Working Temperature	-40°C--45°C
IP Rating	IP65
Optional Motor	Servo motor, stepper motor
Motor mounting	Inline / Parallel
OEM parameters	Customized speed,stroke,output,thrust， color,installation method.

Note: Servo motor and stepper motor could be equipped for the electric cylinder.

FDR Series Electric Cylinder Motor Mounting and Cylinder Mounting Options:

FDR095

FDR095 electric cylinder rod end options:

FDR095-2

The advantages of a Servo Electric Cylinder:

1. Competitive price;

2. High speed, high precision;

3. Quick response, stable performance;

4. Waterproof, dustproof;

5. Low noise;

6. Energy-saving, long service life;

7. Low maintenance cost, Environment friendly;

Servo electric cylinders are widely applied across precision automation fields. In industrial manufacturing, they drive CNC machine tools, assembly lines and packaging equipment for precise positioning and force control. In automotive production, they power welding, riveting and testing stations with stable repetitive motion. They are also core components in aerospace for aircraft component testing, in medical devices for diagnostic and surgical equipment, and in robotics for accurate arm and joint actuation. Additionally, they serve in logistics automation and renewable energy systems, fitting all scenarios demanding high-precision, low-maintenance linear motion.