With the continuous development of the manufacturing industry, the forging production industry is also constantly improving and innovating. In many forging equipment, servo electric screw press as an advanced equipment choice, has attracted much attention. This paper will focus on the discussion of this problem, and analyze the application and advantages of servo electric screw press in forging production.

First of all, the servo electric screw press, as an advanced forging equipment, adopts the screw transmission technology, and drives the screw to rotate through the motor, so that the press slider moves up and down in the vertical direction. The motion mode and control system of this equipment can achieve high precision control of the stroke and striking force of the press, so as to better meet the accuracy requirements of forging processing.

Compared with traditional presses, servo electric screw presses have significant technical advantages. Most of the traditional presses use mechanical transmission system, the impact force and stroke control accuracy is relatively low, and prone to mechanical failure. The servo electric screw press adopts electric control system, which has the advantages of high precision, high efficiency, safety and reliability, and can better meet the requirements of modern forging processing.

In addition, servo electric screw presses also have significant advantages in terms of energy saving and efficiency. Because of its high-precision control system, it can precisely control the movement trajectory and impact force of the press, so as to achieve more efficient energy utilization and higher production efficiency. In contrast, the traditional press has a large room for improvement in energy utilization and production efficiency.

In practical application, servo electric screw press has shown good applicability and development prospect in forging production. For example, in the automotive industry, servo electric screw presses can be used to produce key components such as automotive engines, chassis and brake systems to ensure vehicle performance and safety. At the same time, the automatic control and precise processing capabilities of this equipment also bring higher production efficiency and lower scrap rate for production enterprises.

However, although the servo electric screw press has many advantages, it is still necessary to make comprehensive consideration according to the actual situation when choosing whether to use this equipment. For example, the cost of a servo electric screw press may be higher than that of a conventional press, so it may need to be considered carefully in cost-sensitive or less pressing production situations.

In summary, the servo electric screw press is indeed an advanced equipment choice in forging production. It has the advantages of high precision control, high efficiency production, safety and reliability, and conforms to the trend of energy saving and environmental protection. In the future, with the continuous progress and innovation of technology, servo electric screw presses are expected to be widely used in more fields, injecting new impetus into the development of manufacturing.