The performance of a linear actuator depends on several critical factors that determine its efficiency, precision, and reliability. These include, but are not limited to, the following:

Component Design and Quality
The design and manufacturing quality of internal components — such as gearboxes, lead screws, and motors — directly affect motion smoothness, precision, and load capacity.

Material Selection
The materials used for guides, housings, and drive mechanisms play a major role in durability, wear resistance, and friction control. High-quality materials ensure consistent performance over time.

Feedback and Control Systems
Integrated sensors, potentiometers, or limit switches contribute to accurate positioning, automatic shutoff, and improved operational safety.

Electrical Input and Control
The actuator’s speed, thrust, and responsiveness are influenced by the voltage and current regulation of the power supply or control circuit.

Environmental Conditions
External factors such as temperature, humidity, vibration, and load variations can affect efficiency, lifespan, and reliability. Proper selection and protection of the actuator help maintain long-term stability under different conditions.