Glass cleaning machines can be classified according to different standards.
Based on style, they are divided into vertical and horizontal types. Vertical glass cleaning machines have a smaller footprint, higher work efficiency, and a higher degree of automation; horizontal glass cleaning machines have a slightly larger footprint, require more manual labor, and are less efficient.
Based on working method, they can be divided into brush cleaning type and ultrasonic cleaning type. Brush cleaning uses brush rollers and water flow to clean the glass, and mainly uses two drying methods: high-pressure blower drying is energy-saving but noisy, while electric heating drying system is more energy-consuming but quieter. Ultrasonic cleaning uses ultrasonic waves to create cavitation effects in the cleaning solution for efficient and precise cleaning of glass surfaces, especially suitable for applications requiring high cleanliness.
Horizontal glass cleaning machines are available in different models, such as 1600, 1800, 2000, 2200, and 2500. For example, the 1600 model is approximately 2.2 meters wide, 2.8 meters long, and 70 centimeters high, with a daily output of approximately 250 square meters.
There are also specialized cleaning machine types for different application scenarios, such as architectural glass cleaning machines, photovoltaic glass cleaning machines, automotive curved glass cleaning machines, automotive flat glass cleaning machines, and ITO glass cleaning machines.