In the machinery manufacturing industry, there are automated lines for casting, forging, stamping, heat treatment, welding, machining, and mechanical assembly. There are also integrated automated lines encompassing various processes, such as blank manufacturing, processing, assembly, inspection, and packaging. High-speed forging hydraulic presses and other equipment have been applied in related fields and some overseas markets. In addition, there are automated processing production lines for components such as railway freight car ends.
In the field of air conditioning compressors for new energy vehicles, related automated production lines can be used to produce electric compressors, achieving relatively low single-unit production cycles.
In the beverage manufacturing industry, automated production lines have been applied, achieving relatively high production rates.
In the field of deep processing of agricultural products, agricultural product producers such as chili pepper manufacturers are transforming from primary processing to deep processing by introducing automated production lines, and collaborating with the catering and snack food industries for cross-industry integration and order-based production.
In the field of energy storage cell manufacturing, related production projects can utilize high-speed automated production lines to produce large-capacity energy storage cells, achieving full coverage of the production process, with planned annual production capacity reaching a high scale.
In the field of oral healthcare, automated production lines have been applied to the digital manufacturing of dentures (such as crowns). By integrating technologies such as digital design and robotic arm automated processing, they have achieved efficient production and expanded into overseas markets.