How is the precise control of oil-electric high-speed injection machine achieved?

In modern manufacturing, precise control is the key to ensuring product quality and production efficiency. As an advanced injection molding equipment, the oil-electric high-speed injection machine achieves precise control of the injection molding process through a sophisticated control system. So, how does it achieve this precise control?

First of all, the oil-electric high-speed injection machine uses an electric servo motor as the power source. Unlike traditional hydraulic systems, electric servo motors can provide more precise power output and have faster response times. This means that during the injection molding process, the injection speed and pressure can be more accurately controlled to ensure that the size and shape of the product meet the requirements.

Secondly, the oil-electric high-speed injection machine is equipped with an advanced control system. These control systems are typically computer controlled and are highly programmable. Operators can make precise adjustments to the injection molding machine through the control panel or computer interface to meet the production requirements of different products. Through preset parameters and procedures, automated production can be achieved, further improving production efficiency and product quality.

In addition, the oil-electric high-speed injection machine also uses advanced sensor technology. These sensors can monitor various parameters during the injection molding process in real time, such as temperature, pressure and flow rate. By feeding these data back to the control system, the operator can adjust the working status of the injection molding machine in time to ensure that the production process is in optimal condition.

The key to achieving precise control of the oil-electric high-speed injection machine lies in its use of advanced electric servo technology, advanced control systems and sensor technology. The combination of these technologies enables a high degree of automation and precision in the injection molding process, thereby increasing production efficiency, reducing costs, and ensuring product quality and consistency.