As the trends toward electrification, connectivity, and personalization become increasingly pronounced in the global automotive industry, the demand for automation in manufacturing processes is growing.
Since its inception, artificial intelligence (AI) has maintained a subtle connection with display technology and the industry.
Since 2026, the global electronics and information technology industry has experienced severe turbulence due to geopolitical conflicts and the explosive growth of AI computing power.
Fasteners is a general term for mechanical components used to connect or secure two or more parts, and bolts (which must be used in conjunction with nuts) are among the most critical and widely used types.
The manufacturing sector is currently undergoing a dual transformation driven by the “deepening of globalized operations” and the “iteration of intelligent technologies.”
The growing demand for flexible production in the manufacturing sector has placed higher demands on the operation and control of CNC machine tool robots.
With the rapid advancement of science and technology, the manufacturing industry is gradually transitioning toward high-end and precision manufacturing, leading to ever-increasing demands for machining accuracy, efficiency, and reliability in mechanical metal parts.
The automotive industry is a vital sector of the national economy, and the level of automotive manufacturing technology determines a nation’s industrial competitiveness.
As an essential component of automobiles, the steering system has evolved from purely mechanical manual drive, through power-hydraulic drive and electronically controlled hydraulic drive, to electric power steering.
Numerical control machining technology plays an irreplaceable role in multiple fields such as aerospace, automotive manufacturing, and precision instruments due to its high degree of automation, flexibility, and precision.
