Nefeit is an electric actuator manufacturer and engineering partner for machine builders, automation integrators and OEMs—delivering servo electric cylinders, linear modules and synchronized motion systems.
Generic components create integration compromises. Nefeit starts with the real application—force, stroke, speed, precision, duty cycle, installation envelope and control architecture—then develops the right linear motion solution.
Translate operating conditions and performance targets into an actionable engineering specification.
Balance motor, screw, structure, feedback and interfaces for performance, service life and cost.
Prototype, inspection and technical coordination reduce risk before repeat production.
Explore Nefeit’s configurable product platforms or contact our engineers for an application-specific OEM or ODM solution.
PRECISION FORCE & POSITION
High-force, programmable and repeatable actuation for pressing, testing, forming, assembly and process automation.
HIGH THRUST · CLOSED-LOOP CONTROL · CUSTOM STROKE
CLEAN & EFFICIENT MOTION
Compact alternatives to pneumatic and hydraulic cylinders with improved control, energy efficiency and maintenance access.
COMPACT DESIGN · LOW MAINTENANCE · FLEXIBLE MOUNTING
SCALABLE AUTOMATION
Integrated positioning, transfer, synchronized lifting and robotic motion architectures designed around your machine.
SINGLE & MULTI-AXIS · SYNCHRONIZED MOTION · SYSTEM INTEGRATION
Select the dominant requirement. This preliminary guide identifies a suitable architecture; final sizing requires the complete load cycle and installation conditions.
Direct drivetrain, low backlash and closed-loop control for repeatable positioning and high-speed process motion.
Review: accuracy, velocity, screw life and control interface.
Reinforced structure, roller-screw options and application-specific bearings for high-force duty.
Review: thrust, side load, duty cycle and calculated service life.
Parallel motor arrangement reduces overall installed length for restricted axial envelopes and retrofit projects.
Review: installation envelope, mounting and maintenance access.
Optimized screw lead, motor inertia and guidance for fast acceleration, cycle time and controlled deceleration.
Review: speed profile, acceleration, inertia and guidance.
Our technical review connects mechanical requirements with electrical control and production feasibility.
Static load, dynamic force, side load and safety factor.
Travel profile, cycle time and peak velocity requirements.
Cycles per minute, operating hours and maintenance targets.
Dust, moisture, temperature, clean operation and IP level.
Servo compatibility, mounting geometry and machine communication.
Solutions for automation environments where control, reliability and integration matter more than an off-the-shelf part number.
Assembly, joining and end-of-line test automation.
Transfer axes, end tooling and synchronized handling.
Battery, solar and precision process equipment.
Packaging, logistics, lifting and OEM machine platforms.
Each project moves through a visible engineering sequence from requirement capture to production support.
Inspection and validation documentation by scope.
We bring application engineering, mechanical design, production coordination and technical support together—helping OEM buyers move from concept to a reliable machine-ready solution.
The ranges below are provisional capability indicators for page planning—not released product specifications.
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.
* Illustrative placeholder range. Final performance must be confirmed by Nefeit engineering against the complete operating cycle.
Technical content helps buyers compare technologies, define specifications and reduce selection risk before requesting a quotation.
Key inputs for thrust, stroke, speed, accuracy and duty cycle.
Compare control, energy, maintenance and lifecycle value.
Recognize the constraints that justify engineered-to-order motion.
Inspection and validation documentation by scope.
Request the engineering package that matches your project stage.
Mounting, motor, feedback, wiring and controls.
Inspection and validation documentation by scope.
Provide load or force, stroke, speed, acceleration, accuracy, duty cycle, installation orientation and environment.
Yes. Stroke, mounting geometry, motor, feedback, brake and control interface can be configured around the machine.
Yes. Prototype build, fit checks and performance validation can be completed before repeat supply.
Yes. Multi-axis motion platforms can be engineered with matched actuators, feedback and coordinated control.
From actuator and guidance to motor, feedback and controls, each project is developed around the complete operating cycle and installation envelope.
Send the load, stroke, speed, duty cycle and installation constraints to our application team.