Servo Electric Cylinder Screw Lead: Match Speed and Thrust
October 26, 2026
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Choose screw lead with a shared force-speed operating point and a complete-cycle quotation worksheet.
Choose a servo electric cylinder with confidence. Compare load, stroke, speed, accuracy and duty cycle before you specify the actuator, and see what operating details matter for sizing.
Choose screw lead with a shared force-speed operating point and a complete-cycle quotation worksheet.
Learn how to calculate servo electric cylinder duty cycle, map a real motion cycle and prepare the data needed for peak, continuous and thermal sizing checks.
Turn a test method into an actuator specification by defining the waveform, load path, sensing, fixture, duty cycle and safety requirements.
Compare inline and folded-back servo electric cylinder layouts by installation envelope, transmission path, service access, mounting, guidance and operating cycle.
Select an actuator for variable loads using peak and continuous force, acceleration, guidance and thermal duty.
Match servo drive voltage, current, feedback and control interface to the motor and motion requirements.
Choose ball screw diameter by checking axial load, buckling, critical speed, rigidity and life.
Determine when a holding brake is needed for vertical axes and other gravity-loaded motion.
Size a servo electric cylinder from force, stroke, speed, precision, mounting and duty requirements.
Share your load, stroke, speed, duty cycle and installation drawings. Our engineers will review the cylinder configuration, mounting and motor interfaces before you finalize your machine design.
01 · Share Requirements
Load, motion cycle and installation drawings.
02 · Review Configuration
Confirm cylinder, mounting and motor interfaces.
03 · Approve Drawings
Agree dimensions and verification requirements.
04 · Manufacture & Deliver
Build to the approved configuration and agreed checks.