The automotive parts industry is a key supply-chain link providing various components and parts to automobile manufacturing. It is a technology-intensive, capital-intensive industry closely tied to global supply chains and facing continuous technological and market change. From a massive engine to a tiny bolt, all are supplied by this industry. The production of automotive parts spans many processes such as casting, forging, stamping, welding and injection molding. As technology advances, machining precision, quality control and automation have all improved significantly. The equipment used in the industry is diverse, ranging from large machine tools, stamping presses and injection molding machines to precision instruments for inspection and quality control. With the trend toward digitalization and smart manufacturing, more advanced equipment such as robots and automated production lines are being introduced into production.

The electronics assembly industry is responsible for assembling electronic components, connectors and printed circuit boards into complete electronic products or modules. Major processes include placement, soldering, tin flow, bonding and assembly. SMT (Surface Mount Technology) is a primary placement technology that mounts miniature electronic components directly onto printed circuit boards. As miniaturization and integration increase, packaging technologies such as BGA and CSP continue to evolve. Common equipment in the industry includes printers, SPI, placement machines, reflow ovens, AOI, wave soldering machines, automated optical inspection (AOI) machines and X-ray inspection machines. To improve efficiency and precision, automated and smart manufacturing equipment such as robots and automated handling systems are increasingly common.

The semiconductor industry is a critical high-tech field involving the manufacture and application of semiconductor materials, playing a vital role in modern electronic devices and information technology. Its processes include wafer preparation, etching, deposition, photolithography, ion implantation, annealing and packaging. In these processes, advanced nanometer techniques are used to fabricate tiny transistors and electronic components that form integrated-circuit chips. Semiconductor manufacturing requires highly precise equipment and tools. Lithography machines, chemical vapor deposition equipment, ion implanters and scanning electron microscopes are indispensable tools for processing, inspecting and producing semiconductor materials.

The new energy lithium battery industry primarily involves the production and application of lithium batteries that power electric vehicles, energy storage and consumer electronics. Lithium battery production includes preparing cathode and anode materials, producing electrode sheets, cell assembly and charge/discharge testing. Among these, cathode/anode coating, electrolyte injection and sealed packaging are key steps. As technology advances, new technologies such as solid-state lithium batteries and silicon-based anodes are gradually entering the R&D and application stage. Common equipment in the industry includes mixers, coaters, rolling presses, cutters, electrolyte fillers and sealing machines. To improve efficiency and battery quality, the industry is introducing more automated and intelligent equipment and inspection technologies.

The machining industry is the foundation of manufacturing, mainly responsible for transforming raw materials into parts or finished products through various methods. Core processes include turning, milling, grinding, drilling, planing and boring. As technology advances, high-speed and high-precision machining, CNC machining and compound machining are becoming increasingly common. Common equipment includes lathes, milling machines, grinders, drilling machines, CNC machine tools and machining centers. With the advance of Industry 4.0, smart manufacturing equipment, robots, automated production lines and real-time monitoring systems are receiving more and more attention.