All-electric injection molding machines are the mainstream models in the injection molding industry, characterized by high precision, energy efficiency, and high stability. They replace the hydraulic system of traditional hydraulic presses with direct drive from servo motors, making them ideal for molding precision plastic parts, micro-plastic parts, and high-demand mass-production plastic parts. They are also the preferred choice for high-end mass production of products such as eyeglass cases, precision electronic components, and medical plastic parts, and currently account for over 60% of applications in precision manufacturing.

The four core actions of an all-electric injection molding machine—mold clamping, injection, ejection, and mold adjustment—are all directly driven by dedicated servo motors and ball screws/synchronous belts. There are no hydraulic oil tanks, pumps, or pipes; power transmission is achieved through a mechanical hard connection, rather than the hydraulic oil transmission of a hydraulic press.

Key structural features: no hydraulic oil, full servo drive, high motion precision, low operating noise, and independent and precise control of each action, enabling millisecond-level adjustment of process parameters.