Electric Cylinders vs. Pneumatic and Hydraulic Cylinders
Compare motion control, force, system requirements, maintenance and operating cost across electric, pneumatic and hydraulic cylinders.
Engineering Resources for Smarter Motion
Practical selection, installation and troubleshooting guidance for servo electric cylinders and precision linear motion systems. Move from operating requirements to a dependable actuator configuration.
Explore NEFEIT Engineering Resources
Practical guidance for OEMs, machine builders and automation engineers. Start with the topic that matches your project stage.
Selection Guides
Define force, stroke, speed, accuracy and duty cycle before choosing an actuator.
Browse selection guides →Technical Articles
Understand electric actuation architectures and key engineering trade-offs.
Browse technical articles →Installation Guide
Check alignment, mounting, side load and wiring before commissioning.
Browse installation guides →FAQ
Answers to common servo electric cylinder specification questions.
Browse FAQ articles →Troubleshooting
Trace noise, overheating, position error and alarms systematically.
Browse troubleshooting →Downloads & CAD
Download the NEFEIT product catalog and request configuration-specific drawings and STEP models.
View catalog downloads →
Define force, stroke, speed, accuracy and duty cycle before choosing an actuator.
Browse selection guides →Technical Articles
Understand electric actuation architectures and key engineering trade-offs.
Browse technical articles →Installation Guide
Check alignment, mounting, side load and wiring before commissioning.
Browse installation guides →FAQ
Answers to common servo electric cylinder specification questions.
Browse FAQ articles →Troubleshooting
Trace noise, overheating, position error and alarms systematically.
Browse troubleshooting →Downloads & CAD
Download the NEFEIT product catalog and request configuration-specific drawings and STEP models.
View catalog downloads →
How to Select a Servo Electric Cylinder
Start with the complete motion cycle. Record continuous and peak force, stroke, speed, acceleration, repeatability, cycles per minute, mounting orientation, available space and environmental conditions. Confirm screw life, thermal load and motor-drive compatibility at the operating point. A peak-force number alone cannot determine a suitable model.
Featured Technical Articles
Three Common Servo Electric Cylinder Control Modes
Understand position, speed and torque control, feedback requirements and the checks needed when switching between control modes.
Servo Electric Cylinders vs. Electric Linear Actuators
Compare product terminology, motion requirements, feedback, mounting and integration when selecting an actuator for your machine.
Installation & Commissioning
Avoid forcing the rod into alignment or imposing unintended side loads. Check the complete stroke for interference, verify mechanical end stops, motor and feedback wiring, homing direction and limit logic. Start at reduced speed and load, then confirm repeatability and temperature over repeated cycles.
Servo Electric Cylinder FAQ
What data is needed for selection?
Force, stroke, speed, acceleration, accuracy, duty cycle, installation geometry, environment and expected life.
Can NEFEIT customize stroke and mounting?
Yes. The configuration can be reviewed for stroke, mounting style, rod end, motor position, feedback and control interface.
What affects positioning accuracy?
Screw and guide design, backlash, feedback, load, mounting stiffness, temperature and control tuning. State the measurement condition.
Troubleshooting Checklist
For noise, heat, position error or alarms, record the alarm code and motion profile first. Inspect alignment, side loading, lubrication and connections; then review motor tuning and control signals. Stop operation if mechanical damage is suspected.
Need Datasheets, Drawings or CAD?
Share your proposed series and operating requirements. NEFEIT can confirm which technical documents match the configured actuator.