The core technology of Dalian precision machining is high-precision machining technology, advanced machining equipment and processes, process innovation and optimization, precise machining measurement and control technology, and highly skilled operators. These technologies work together to achieve precision machining of workpieces and meet machining accuracy requirements, promoting continuous innovation and development of precision machining technology.

The main advantage of precision machining is the ability to process high-precision and high-quality parts. Due to the use of advanced equipment and processes, it can meet the improvement of part accuracy and size requirements in different industries. In addition, precision machining also has advantages such as high production efficiency, short production cycle, and reliable processing technology, which can meet the needs of modern industry for efficient production.

What are the common equipment for precision machining in Dalian?

CNC machine tool: CNC machine tool is a type of machine tool that controls the machining process and motion of the machine tool through a pre programmed control system. CNC machine tools have the advantages of high automation, high precision, and good stability, and are widely used in the field of precision machining.

Flying shear machine: Flying shear machine is a high-speed cutting equipment widely used in industries such as metal processing and printing. The flying shear machine can complete the cutting of workpieces at a high speed, with the characteristics of high cutting quality and efficiency.

Milling machine: A milling machine is a type of machine tool that uses a milling cutter for cutting and is widely used in the processing of various metal and non-metal materials. Milling machines have the characteristics of fast cutting speed and smooth surface, and are suitable for processing workpieces of various shapes.

Drilling machine: A drilling machine is a type of machine tool that uses drill bits for hole processing and is widely used in the processing of metal and non-metallic materials. Drilling machines have the characteristics of high precision and fast speed in hole processing, and are suitable for processing various holes.

Grinder: A grinder is a machine tool that uses abrasive particles to grind workpieces and is widely used in precision machining of workpieces. Grinding machines have the characteristics of high machining accuracy and good surface quality, and are suitable for processing workpieces of various hardness and shapes.

Precision machining requires highly skilled operators to master and utilize advanced processing equipment and processes. This requires operators to have professional knowledge and experience, good observation, judgment, and operational abilities, be able to proficiently master the working principles and operating methods of processing equipment, and be able to independently solve various problems and difficulties in the processing process.

The application fields of precision machining are very extensive. In the aerospace field, precision machining can be used to manufacture aircraft engine parts, navigation instruments, and aerospace components. In the field of automotive manufacturing, precision machining can be used to produce automotive engines, chassis parts, and body structures. In the field of electronic communication, precision machining can be used to manufacture electronic devices, semiconductor components, and communication components. In addition, precision machining also plays a crucial role in fields such as medical equipment, precision instruments, optical devices, and industrial robots.