Automatic car washers can be divided into two types based on their working principles: touchless car washers and brush car washers.
The touchless car washer primarily relies on high-pressure water and rapid foam agents to clean the vehicle. Its advantage is that it involves no contact throughout the process, eliminating the risk of damaging the car's paint. However, its cleaning capability is relatively limited.
Cars are our daily means of transportation, enduring wind and rain. Without proper cleaning, a layer of electrostatic dust can easily accumulate on the car's surface, firmly adhering to the paint. Relying solely on high-pressure water makes it difficult to remove this layer of fine dust, whereas brush car washers can accomplish this effortlessly.
During operation, brush car washers make direct contact with the car's surface. Using a sensing system, they automatically adjust the force and angle to closely conform to the car's body, performing a gentle, enveloping, and anti-pollution brushing motion that can remove stubborn dust from the car's surface. The soft texture of the brushes also ensures no damage to the car's paint.
Based on their working modes, brush car washers can be further categorized into tunnel car washers and reciprocating car washers. When a tunnel car washer is in operation, the driver needs to park the car on the track (with traffic light prompts), after which the guide rail automatically pulls the car through the washing area to complete the cleaning. In contrast, a reciprocating car washer remains stationary while the equipment moves back and forth along the guide rail to perform the cleaning. Regardless of the type, both car washers can clean the vehicle quickly and efficiently.