In the field of industrial cleaning, spray cleaning equipment has always occupied an important position, and with the continuous progress of science and technology, its innovative technology is even more remarkable.
The innovation of the equipment is first reflected in the optimization of the spray system. The traditional spray head design is relatively simple, but today's equipment uses an adjustable spray head, which can flexibly adjust the angle, force and coverage of the spray according to the shape, size and dirt level of the workpiece being cleaned. For example, for mechanical parts with complex internal cavity structures, the spray head can spray water to all corners to ensure that there are no cleaning dead spots. At the same time, some new spray heads also have multi-mode switching functions, such as pulse spray and continuous spray switching, pulse spray using intermittent water impact, while enhancing deconfouling capacity and reducing water waste.
There have also been major innovations in the supply and circulation of cleaning fluids. The intelligent cleaning solution supply system can automatically adjust the concentration and flow of the cleaning solution according to the real-time monitoring of the cleaning effect. When a lot of dirt is detected, the system will appropriately increase the concentration of the cleaning solution and increase the flow rate, and when the dirt is reduced in the late cleaning period, it will be reduced accordingly to achieve delivery. Moreover, the circulating filtration system can quickly recover the used cleaning solution, and remove impurities and dirt particles through multi-level filtration, so that the cleaning solution can be recycled, reducing the cleaning cost and reducing the pollution of the waste liquid discharge to the environment.
Another highlight of automatic spray cleaning equipment. With the help of sensors and computer systems, the equipment can be fully automated. The sensor can detect the material, shape, quantity and position of the workpiece in the cleaning chamber, and the system automatically sets the cleaning program according to these data, including spray time, pressure, temperature and other parameters.
In addition, more attention is paid to energy saving in the structural design of the equipment. A new type of thermal insulation material is used to reduce heat loss and energy consumption during cleaning. At the same time, the overall sealing of the equipment is better, preventing the volatilization of the cleaning fluid and the escape of the mist, improving the working environment and further improving the performance.
These innovative technologies of spray cleaning equipment make it play an increasingly important role in many industries such as machining, automobile manufacturing, electronics and electrical appliances, providing a solid guarantee for the high-quality production and clean manufacturing of industrial products, and also promoting the entire industrial cleaning industry to a new height.
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