Six-axis industrial robots unlock new scenarios for high-pressure water jet cleaning

In the wave of industrial manufacturing towards intelligence and refinement, the efficiency and precision of cleaning links have become key factors affecting production quality. With its flexible multi-axis linkage capability, millimeter-level positioning accuracy and strong environmental adaptability, and high-pressure water spray system, six-axis industrial robots have successfully overcome cleaning pain points in automobile manufacturing, new energy, mold processing and other fields, providing efficient, environmentally friendly and safe automatic cleaning solutions for the industry, and becoming the core force of industrial cleaning and intelligent upgrading.

Auto parts field: “millimeter-level butler” for precision parts cleaning

In the internal channels and gaps of core components such as automobile engine blocks and transmission housings, residual cutting fluid and metal chips directly affect the assembly accuracy and service life. Six-axis industrial robots such as the T20A-18 are equipped with high-pressure water spray modules, which are ideal solutions for this scenario with a repeatability accuracy of ±0.08mm. By flexibly adjusting the water spray angle and pressure through six axes, the robot can accurately flush out stubborn contaminants in the complex structure of components, completing a standardized cleaning process without manual intervention. Compared with traditional manual cleaning, this solution not only increases the cleaning efficiency by more than 3 times, but also completely eliminates the problems of uneven cleaning and component damage caused by manual operation, helping automobile manufacturers to achieve a closed loop of production line automation and ensure product consistency.

Mold industry: environmentally friendly and efficient “cavity cleaning expert”

After long-term use, industrial molds in home appliances, automobiles and other industries are prone to residual plastic, paint and other adhesions on the surface, and traditional chemical cleaning methods not only pollute the environment but also damage the accuracy of molds. The six-axis industrial robot is adapted to the ultra-high pressure (2500Bar) water jet cleaning system, and the optimal water spray path is planned through preset programs for the complex cavity and texture characteristics of the mold. Its six-axis linkage capability can achieve 360-degree coverage without dead ends, and the high-pressure water flow can accurately peel off the attachment, eliminating the need to add chemical solvents throughout the process, which is in line with the concept of green production. In the application of a home appliance company, the solution shortens the cleaning time of a single set of molds from 4 hours to 1.5 hours, extends the service life of the mold by 20%, and the water resource recovery rate reaches 85%, achieving both environmental protection and efficiency.

As a leading company in the field of industrial automation, six-axis industrial robots continue to focus on specialized water-jet cleaning applications with the core advantages of ‘precision, efficiency, and environmental protection.’ Through technological innovation and scenario integration, they provide customized cleaning solutions for multiple industries including automotive, new energy, mold, and heavy machinery. In the future, Siasun will continue to focus on the demands of industrial intelligence, promoting the deep integration of robotics technology and cleaning processes, and injecting intelligent power into the high-quality development of industrial enterprises worldwide.