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| Multi-Stage Telescopic Electric Cylinder Positioning accuracy: 0.1mm, closed-loop can achieve higher accuracy. A multi-stage electric cylinder is a linear actuator with multiple retractable sections. Similar to regular electric cylinders, it is driven by an electric motor, typically an AC or DC motor. However, its distinguishing feature lies in its segmented structure, allowing it to adjust and extend to different lengths. Each segment can be extended or retracted as needed, enabling the entire electric cylinder to change its overall length. Multi-stage structure: Comprising several extendable segments that can be adjusted to alter the cylinder's length. Multi-stage electric cylinders find diverse applications in various industries. For instance, in automated production lines, they can be used to adjust the height or length of workstations to accommodate different-sized workpieces. In robotic arms and industrial robots, multi-stage electric cylinders allow for a broader range of motion and posture adjustments. Fields such as medical equipment, stage lighting, machine tools, and automotive manufacturing may also employ multi-stage electric cylinders to meet various engineering requirements. | |||||||||
JMEC90
JACTON
Product Description
Multi-Stage Telescopic Electric Cylinder Specifications: Thrust ≤100kg. Stroke ≤1800mm. Speed ≤50 mm/s. Trapezoidal screw with pitch 8mm, 12mm and 20mm. Push rod diameter 50mm. A multi-stage electric cylinder is a linear actuator with multiple retractable sections. Similar to regular electric cylinders, it is driven by an electric motor, typically an AC or DC motor. However, its distinguishing feature lies in its segmented structure, allowing it to adjust and extend to different lengths. Each segment can be extended or retracted as needed, enabling the entire electric cylinder to change its overall length. Multi-stage structure: Comprising several extendable segments that can be adjusted to alter the cylinder's length. Multi-stage electric cylinders find diverse applications in various industries. For instance, in automated production lines, they can be used to adjust the height or length of workstations to accommodate different-sized workpieces. In robotic arms and industrial robots, multi-stage electric cylinders allow for a broader range of motion and posture adjustments. Fields such as medical equipment, stage lighting, machine tools, and automotive manufacturing may also employ multi-stage electric cylinders to meet various engineering requirements.
