Products

You are here: Home / Products / Electric Cylinder / Low Thrust Electric Cylinder / Low Thrust Foce Servo Electric Cylinder Up To 700mm Stroke-FDR065

Low Thrust Foce Servo Electric Cylinder Up To 700mm Stroke-FDR065

Low-thrust servo electric cylinders are compact, lightweight precision linear actuators optimized for low-load, high-precision motion scenarios. Integrating miniaturized servo motors and micro precision screws, they deliver consistent micron-level positioning with smooth, low-noise operation and fast response. Designed for low-thrust demands (typically under 5000N), they feature a slim, space-saving structure, easy installation and minimal maintenance, no hydraulic or pneumatic support needed. Ideal for light-duty automation, they fit medical devices, laboratory equipment, small robotics, electronic assembly and precision testing systems, offering customizable strokes and intelligent control compatibility for compact, high-efficiency light automation setups.

Quantity:
Availability:





Inquire Add to Basket

Product Description

Parameters with 100kg Thrust Servo Electric Cylinder FDR044:

●

Series No.	FDR044
Thrust Force Range	≤100kg
Speed Range	≤500mm/s
Screw lead / Spindle pitch	4mm/ 5mm / 10mm
Ball screw diameter	Φ12
Piston rod diameter	Φ20
Stroke Range	≤300mm
Precision	±0.02mm
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:

FDR044

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;

Low-thrust servo electric cylinders are ideal for light-duty, high-precision automation scenarios. They are widely used in medical devices for diagnostic equipment, small surgical instruments and drug delivery systems. In laboratories, they power precision testing and sample handling gear. They serve electronic manufacturing for micro-assembly of semiconductors and consumer electronics, and small collaborative robotics for delicate joint actuation. Also applied in optical equipment, cosmetic machinery and desktop automation, they fit all low-load tasks requiring accurate, quiet and compact linear motion control.