The industrial cleaning sector is concerned with cleaning various surfaces and equipment, and cleaning techniques are typically divided into manual, mechanical, automatic, and robot-assisted methods. Manual cleaning techniques involve cleaning processes using human effort, including methods such as sweeping, brushing, wiping, or scraping. Mechanical cleaning techniques denote cleaning processes using machine power, involving mechanical devices like high-pressure water jets, steam cleaning machines, or scrapers. Automatic cleaning techniques cover cleaning processes conducted through programmed or automated systems, such as automatic washing machines, cleaning of parts transported on conveyor belts, or automatic brushing systems.
Robot-assisted cleaning techniques refer to cleaning processes that use robotic systems, involving the use of cleaning robots or the installation of robotic arms. Cleaning processes typically start with parts of the work environment that require the removal of unwanted materials like chips, dust, oils, greases, dirt, and sediments. Methods such as manual cleaning, cleaning robots, and high-pressure water cleaning help effectively clean these materials. High-pressure water cleaning pumps supply cleaning equipment with water or cleaning agents and allow it to operate at high pressure. The choice of pump depends on the specific application and requirements, and pump manufacturers often offer complete cleaning systems. Therefore, selecting the right pump for any cleaning process is the foundation of an effective and efficient cleaning process.
Application areas for cleaning surfaces and components