In the current era of advocating green and low-carbon development, the flange manufacturing industry, as an important part of the equipment manufacturing sector, is facing an urgent task of transforming towards energy conservation and environmental protection. Against this backdrop, the servo screw press has emerged at the right moment, injecting strong green momentum into the high-quality development of flange manufacturing with its outstanding performance advantages.

Compared with traditional press equipment, the servo screw press adopts advanced servo control technology to achieve precise control over the pressing process. In the flange forging process, this precision is reflected in the accurate control of forging force, speed, and stroke. It not only ensures the consistency of flange dimensions and improves product qualification rates but also avoids material waste caused by improper process parameters. Data shows that using servo screw presses for flange manufacturing can increase material utilization rate by 15% - 20% compared with traditional processes, significantly reducing raw material consumption and aligning with the concept of green manufacturing.

Energy conservation and consumption reduction are another prominent advantage of servo screw presses in promoting the greening of flange manufacturing. Traditional presses often operate at continuously high energy consumption levels, resulting in substantial energy waste during idling, no-load, and other periods. In contrast, servo screw presses can adjust output power according to actual processing needs. When the equipment is in non-forging stages such as feeding and unloading, the servo motor can operate at low speeds or even shut down, significantly reducing no-load energy consumption. It is estimated that when used for flange manufacturing, servo screw presses reduce energy consumption by 30% - 40% compared with traditional hydraulic presses and mechanical presses, enabling enterprises to save a large amount of electrical energy and effectively reduce carbon emissions.

In addition, the environmental performance of servo screw presses is also reflected in the reduction of noise and pollutant emissions. The stable operation of the servo system makes the equipment run more smoothly, with noise levels reduced by more than 20 decibels compared with traditional equipment. This improves the workshop working environment and meets environmental noise reduction requirements. Meanwhile, the servo screw press features a simple structure and fewer wearing parts, reducing the generation of waste oil and scrap parts and lowering the environmental governance pressure on enterprises.

With the continuous tightening of environmental policies and the rising requirements for green industry development, servo screw presses have become an important equipment support for flange manufacturing enterprises to achieve transformation and upgrading. By improving material utilization, reducing energy consumption, and minimizing environmental pollution, servo screw presses are helping the flange manufacturing industry move towards a more environmentally friendly, efficient, and sustainable development path, contributing positively to the achievement of the "dual carbon" goals.