In response to the industry challenges of rapid product iteration, complex structure, and high mold-making costs of intelligent floor-sweeping robots, by relying on industrial-grade 3D printing additive manufacturing technology, the complex components such as the robot's shell, air duct structure, and sensor installation positions can be rapidly and integrally formed. This significantly shortens the research and development cycle, reduces mold-making costs, and helps customers quickly complete multi-generation product iteration verification and new product launch.

In response to the industry challenges such as the complex internal fluid structure of high-end intelligent coffee machines, the high precision requirements for temperature control, and the high cost of customizing the appearance through mold manufacturing, by relying on 3D printing additive manufacturing technology, the internal waterways and steam pipelines of the coffee machine can be integrated and formed together, and personalized appearance components can be quickly customized. This helps to improve the stability of extraction temperature and the consistency of taste, and assists customers in quickly launching high-end customized products.