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Multi-axis composite machining becomes mainstream, high-end equipment drives CNC process upgrades
In recent years, China's high-end manufacturing industries such as aerospace, new energy vehicles, high-end medical devices, semiconductors, and intelligent equipment have risen rapidly. Downstream products are continuously upgrading toward lightweight, integrated, precision, and complex designs. The market demand for various special-shaped structural parts, integrated complex components, and micron-level high-precision accessories has continued to surge, directly forcing the upstream CNC precision machining industry to comprehensively upgrade its process systems and equipment systems. The traditional three-axis single-machine step-by-step machining model can no longer meet the production needs of complex workpieces and high-precision integrated parts. Multi-axis composite processes such as five-axis simultaneous machining, mill-turn composite machining, and multi-station integrated machining have officially become the mainstream machining processes in the industry and are also the basic threshold for undertaking high-end orders.
Compared with the traditional three-axis machine tool's multiple clamping and step-by-step machining
Published on 08.11
Green and low-carbon have become the new industry standard, and CNC green machining technology is accelerating in adoption.
Against the backdrop of the deepening national "dual carbon" strategy and the comprehensive advancement of the green manufacturing system, the green and low-carbon transformation process of the CNC precision manufacturing industry will be fully accelerated in 2026. Energy conservation, environmental protection, high efficiency, low consumption, and green production have officially become mandatory industry standards, as well as one of the core indicators for downstream customers' supplier qualification audits and order cooperation assessments. The previous extensive processing and production model characterized by high energy consumption, high pollution, and crude methods is being gradually phased out. Green processing techniques, energy-saving intelligent equipment, and low-carbon production systems have become the core competitiveness for CNC processing enterprises in transformation and upgrading and market capture. Green manufacturing capability directly determines an enterprise's market access qualification and long-term development potential.
At the level of process upgrading, the industry is comprehensively eliminating the traditional large-volume pouring cooling processing model. This traditional model is not
Published on 08.11
Standardization of digital twin technology, enabling a full-process digital closed loop in CNC machining.
2026 is the key year for the digital transformation of the CNC precision manufacturing industry. Digital twin technology has completely broken away from the previous conceptual and model-based application patterns, achieving industry standardization and large-scale adoption. It has successfully established a full-process digital closed loop covering product design, simulation verification, process debugging, production processing, intelligent control, quality inspection, data review, and process iteration, enabling precision machining production to achieve 100% visualization, digitalization, optimization, and traceability. Driven by both policy support for manufacturing digital transformation and strong market demand, digital twin technology has evolved from high-end pilot applications into a standard technology for high-quality CNC processing enterprises, becoming a key factor in widening process gaps and enhancing core competitiveness.
Traditional CNC machining production models have many inherent
Published on 08.11
Smart manufacturing demand surges, CNC industry faces over 6 million talent shortage
In 2026, the domestic intelligent manufacturing industry is iterating at high speed, and the job structure in the manufacturing sector is undergoing a comprehensive upgrade, showing a stark contrast between saturated basic positions and a severe shortage of high-end talent. Low-end positions such as traditional assembly line workers and basic simple machine tool operators are facing serious saturation due to the widespread adoption of automation equipment and industry capacity upgrades, leading to intense job competition and limited salary growth. In contrast, technical and composite core positions such as CNC high-end numerical control programming, five-axis process optimization, intelligent machine tool operation and maintenance, digital production management, and precision inspection and debugging continue to see a widening talent gap. The national industry talent shortage has exceeded 6 million, making this the most scarce, high-demand golden track in the field of intelligent manufacturing. With the acceleration of industry intelligence and digital transformation, traditional single-skill operations
Published on 08.11