Servo energy saving injection molding machines are the type of plastic injection molding machine that utilizes a servo motor to regulate the flow and pressure of melted plastic during the injection process. Unlike a traditional hydraulic injection molding machine, which uses a hydraulic pump to generate the necessary pressure and flow, a servo energy saving machine uses a servo motor to drive the hydraulic pump and regulate the flow and pressure of the melted plastic.
The use of a servo motor in an injection molding machine provides several advantages, including improved energy efficiency, enhanced accuracy, and greater control over the injection process. Because the servo motor only uses the necessary amount of energy to operate, the overall energy consumption of the machine is reduced, leading to lower operating costs. The servo motor also provides greater control over the flow and pressure of the melted plastic, allowing for precise and consistent molding results.
Servo energy saving injection molding machines are typically more expensive than traditional hydraulic machines, but offer improved performance and efficiency in return. They are well-suited for applications that require high precision, accuracy, and control over the injection process, such as producing complex parts or high-volume production runs.