In the future, Dalian mold processing technology will tend to be intelligent, automated, green and environmentally friendly. With the continuous advancement of science and technology, CNC and intelligent processing equipment will replace traditional production processes, accelerate cost reduction and improve production efficiency. The application of modern high-speed CNC machine tools, laser processing machines and other equipment has become a development trend in the field of processing.

At the same time, in the future, with the popularization of the concept of green environmental protection, its application range is becoming more and more extensive, which will promote the transformation of more enterprises and factories into green production models, thereby promoting the upgrading and innovation of mold manufacturing.

Mold processing technology is one of the important foundations and key technologies of modern industrial manufacturing, and it is more and more widely used in various fields. In the face of increasingly fierce market competition, mold processing technology will move towards intelligence, automation and digitalization to meet the needs of industrial production for efficient mold processing, high quality and low cost. The following will discuss the future development trend of mold processing technology from three aspects.

First, the trend of digitalization, intelligence and automation

With the continuous development of information technology and the improvement of productivity, digitalization, intelligence and automation have become the main trends of mold processing technology. Digitalization means converting traditional manual manufacturing into computer-aided manufacturing; Intelligent application of artificial intelligence to manufacturing to realize machine automation; Automation is the autonomy of processing machinery and equipment to achieve comprehensive automation of production, processing and management.

In the future, mold processing technology will pay more attention to digitalization and intelligence, and intelligent equipment and software will become an important driving force for the development of mold processing technology. At the same time, it is also necessary to develop more intelligent and automated mold processing equipment and processes, control errors in processing, improve processing accuracy and efficiency, and reduce the role of manual intervention, so as to achieve efficient, high-quality and low-cost processing.

Second, high-precision and efficient processing technology

Future mold processing technology will also focus on the improvement of processing accuracy and processing efficiency. In order to meet the processing needs of various complex shapes, it is also necessary to research and develop various high-precision CNC machining technologies, such as high-speed machining, micro-machining, precision machining, etc. In terms of improving processing efficiency, it is necessary to study new cutting materials, cutting fluids and cutting processes to achieve an increase in processing speed.

In addition, with the development of digitalization and intelligence, it is also necessary to strengthen the research and development of CNC software, optimize processing programs and operating systems, and improve processing efficiency and quality.

Third, green and environmentally friendly processing methods

Future mold processing technology should also pay attention to environmental protection. With the continuous strengthening of environmental awareness, green environmental protection has become an important trend in the development of mold processing technology. In the process of mold processing, it is necessary to use green materials and strengthen environmental awareness to reduce waste generation and energy waste.

In terms of green environmental protection, it is necessary to strengthen research on eco-design and energy efficiency, develop and apply new environmentally friendly materials and energy-saving equipment, and provide more environmentally friendly and sustainable solutions for mold processing.