In today's industry, aircraft manufacturing is a highly complex and demanding field. Among them, the forging of aircraft is a key link, which directly affects the overall quality and safety of aircraft. In order to meet this strict requirement, a new type of equipment - servo screw press for aircraft forging forming gradually emerged.

Servo screw press is an advanced pressure machining equipment, which is driven by servo motor and can achieve high precision motion control. Compared to traditional presses, servo screw presses offer higher flexibility, accuracy and efficiency.

First of all, the servo screw press has a significant advantage in strength. Due to the use of advanced servo motor drive, it can easily generate huge pressure, so as to achieve high strength and high efficiency forging. For example, the maximum impact force of a certain type of servo screw press can reach 2000 tons, which is enough to complete the forming work of various large forgings. More importantly, this press can effectively control the accuracy and quality of forgings by precisely adjusting the striking force, and further improve the quality and efficiency of aircraft forgings.

Secondly, the servo screw press has the ability to strike accurately. With advanced control systems and sensor technology, this press can precisely control the strike position, speed and force to meet different process requirements. This kind of precision strike capability is very important for the forming of aircraft forgings, because it can effectively reduce the deformation, cracking and other problems of forgings, and improve the quality of forgings.

In short, the servo screw press for the forming of aircraft forgings is a very advantageous equipment. Its powerful force and precision strike capability provide a strong guarantee for the forming of aircraft forgings, making the aircraft forgings produced more accurate, high-quality and efficient. With the continuous development of technology, it is believed that this servo screw press will be more widely used in the future aircraft manufacturing field.