NEFEIT designs and manufactures servo electric cylinders for machine builders and automation integrators.For positioning, pressing, testing and coordinated motion—from individual actuators to project-specific motion systems.
NEFEIT servo electric cylinders combine precise servo control with configurable mechanical designs for positioning, pressing, testing and automated motion applications.
Precisely control position, speed and acceleration through the servo system, with programmable motion profiles for different processes and production cycles.
Available in inline and folded-back designs, with configurable stroke, mounting, motor interface and installation options to fit your machine.
Integrate force and displacement sensing for real-time process monitoring, helping improve repeatability, quality control and production traceability.
Explore inline and folded-back electric cylinders for individual machine axes, or multi-axis assemblies for coordinated positioning and handling.
A coaxial motor and screw arrangement for positioning, pressing and testing. Configure the stroke, mounting and motor interface to fit your machine.
COAXIAL DRIVE · CONFIGURABLE STROKE · CUSTOM MOUNTING
A parallel motor arrangement reduces axial installation length for machines with limited space. Configure the stroke, mounting and motor orientation around your equipment.
COMPACT AXIAL LAYOUT · FLEXIBLE MOTOR ORIENTATION · CUSTOM MOUNTING
Combine guided linear axes for transfer, positioning and gantry automation. Configure axis travel, payload and layout around your process, with controls selected for coordinated motion.
GUIDED LINEAR AXES · CONFIGURABLE LAYOUT · COORDINATED MOTION
When a standard cylinder does not fit, NEFEIT reviews your drawing and working cycle to configure the stroke, mechanical interfaces and motor arrangement around your equipment.
Specify travel, working force, speed and operating frequency. We review the screw, drive and cylinder configuration together for your application.
Configure mounting flanges, rod-end connections and inline or folded-back layouts around the available installation space.
Share your proposed servo motor specifications. We review mounting dimensions, transmission connections and sizing requirements for compatibility.
Define temperature, dust, moisture and lubrication requirements so suitable sealing, protection and maintenance provisions can be assessed.
Explore servo electric cylinder applications in assembly, testing, handling and custom machinery.
Illustrative application concepts. Final actuator configuration, external guidance and machine safety provisions require application-specific engineering review.
Part locating, press-fit assembly and production testing.
Guided clamping, transfer and programmable positioning.
Controlled loading, reciprocating motion and simulation rigs.
Auxiliary linear axes for lifting, transfer and machine loading.
Heavy-load positioning, pushing and equipment adjustment.
Positioning, clamping and assembly for energy equipment.
Guided stage lifting and entertainment motion platforms.
Configurable motion for special installation spaces and processes.
Share your drawings and operating requirements. Our engineers will review the configuration and clarify the quotation scope.
Share moving load, working and peak force, and installation orientation.
Specify working travel, speed and cycle time. Include acceleration if known.
State positioning accuracy and repeatability separately, plus force-sensing needs.
Provide cycles per minute, holding time, daily hours and target service life.
Describe temperature, dust, moisture and protection or lubrication needs.
Send mounting dimensions and proposed motor, drive and control specifications.
Explore three installation concepts for pressing, axial load testing and compact machine integration. See the actuator, mechanical connection and guided tooling that turn servo motion into a defined machine task.
Transfer axes, end tooling and synchronized handling.
A folded-back servo electric cylinder drives an externally guided clamp in a restricted installation space. The parallel motor connects through a shared rear transmission housing, with the rod linked directly to the moving carriage.
Move from application data to an agreed configuration, acceptance criteria and delivery scope. Resolve mechanical and control interfaces before production.
Inspection, delivery, documentation and lifecycle coordination within the agreed project scope.
From application review to final verification, NEFEIT combines engineering, configuration and manufacturing to deliver servo electric cylinders built around your machine.
Evaluate load, stroke, speed, duty cycle and installation constraints to define the right cylinder configuration.
Confirm mounting, motor interfaces and key dimensions to simplify integration with your equipment.
Build to the approved specification and complete agreed inspections before delivery.
Validate force, stroke, speed, accuracy and environment together. Catalogue limits and achievable performance depend on the selected configuration.
Screw type, structure and duty cycle determine the validated configuration.
Mounting, guidance and packaging are engineered around the machine.
Motor, transmission and thermal performance are sized together.
Encoder, guide accuracy, mechanics and controls define repeatability.
Dust, moisture, temperature and protection requirements are reviewed.
Final performance is confirmed against the complete operating cycle. Maximum force and maximum speed are not assumed to be available simultaneously.
Explore selection guidance, request configuration-specific CAD and review the interfaces needed to integrate a servo electric cylinder into your machine.
Understand the key sizing requirements and organize your load, stroke, speed, positioning and duty-cycle data.
Request drawings and 3D models for your proposed configuration to review mounting dimensions and installation space.
Review mounting, motor and drive interfaces, feedback requirements and control connections before finalizing your machine design.
Inspection and validation documentation by scope.
Request a servo cylinder selection worksheet, configuration-specific CAD and an integration checklist. Document requirements and revision status before machine design is released.
Mounting, motor, feedback, wiring and controls.
Inspection and validation documentation by scope.
Provide axial force or moving mass, stroke, speed, acceleration, accuracy, repeatability, duty cycle, mounting orientation and environment. Include drawings, side-load guidance and motor/control requirements where available.
Stroke, mounting and motor interfaces can be reviewed for customization. Feasibility depends on screw selection, installation space, load, speed and duty cycle. Confirm the final drawing and supply scope before ordering.
Discuss prototype quantity, fit checks and performance tests with our engineering team. Agree on acceptance criteria, test conditions, documentation and lead time before the prototype build.
Multi-axis systems can be reviewed with matched actuators and coordinated controls. Specify synchronization tolerance, load distribution, feedback and machine safety requirements, including the response to a drive or sensor fault.
Enter your principal operating requirements for an immediate planning range. Final selection and pricing require NEFEIT engineering review.
Stroke, axial thrust and speed for preliminary planning
Inline, folded and right-angle motor arrangements
Mounting and load-connection requirements
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Planning estimate only; not a binding quotation or a completed engineering selection. The range excludes servo motor, drive, controller, freight, tax and certification. Final pricing depends on duty cycle, accuracy, side load, environment and validated configuration. See our Privacy Policy.
Connect actuator mechanics with external guidance, motor, feedback and controls. Review the complete operating cycle, installation space and acceptance criteria together.
Send your axial force, stroke, speed, duty cycle and installation drawing. Our application team will review the configuration and clarify the quotation scope.