Explore eight industries. Discover the engineering behind controlled linear motion.
At NEFEIT, we develop servo electric cylinders for OEMs, machine builders and system integrators who need controlled linear motion. Our application review connects the actuator to the real machine: working load, stroke, speed, duty cycle, installation space and the measurement needed to verify the process.
We support motion projects across Automotive & EV, industrial automation, stage & entertainment, testing & simulation, packaging & material handling, metalworking & steel, electronics & semiconductor, aerospace ground equipment. Compare inline servo electric cylinders and folded-back electric cylinders, then define the mounting, motor interface and feedback requirements around your operating cycle.
The studies below show how we approach load paths, actuator sizing, control interfaces and proposed acceptance checks. They help you prepare a clear drawing and RFQ. Each study identifies its engineering assumptions; final capability requires the released configuration and measured project validation.
Force, travel, velocity, acceleration and duty are reviewed together so the actuator fits the real machine.
Compare inline and folded-back layouts, external guidance, load connections and service clearance.
Define feedback, loaded trials and acceptance criteria before finalizing the production configuration.
Eight representative engineering studies explain the operating challenge, actuator arrangement and validation plan. These are application concepts, not reported customer deliveries.
Programmable pressing, locating and transfer motion for automotive assembly and EV production equipment.
Configurable linear motion for assembly machines, servo presses and hydraulic-to-electric conversion.
Controlled lifting and scenic movement for theater equipment and entertainment platforms.
Programmable displacement and loading for durability rigs and motion simulation equipment.
Repeatable pushing, sorting, lifting and recipe-controlled positioning for packaging lines.
Engineered axial motion for heavy pressing, positioning and tensioning equipment.
Compact controlled motion for electronics assembly, inspection and precision process equipment.
Configurable actuation for ground testing, fixture positioning and simulation equipment.
Share the drawing, load cycle and acceptance target. Start with a clear actuator scope and the engineering checks that matter to your machine.
Drawing · Load cycle · Control requirements
Drawing + operating cycle
Loads, interfaces + duty
Configuration + test plan
Agreed hardware + records