Green manufacturing is a modern manufacturing model that comprehensively considers the environmental impact and resource efficiency. Its goal is to make the product from designing, manufacturing, packaging, transportation, and use into the entire product life cycle of scrap treatment. The negative impact on the environment has the least impact, resource efficiency of resource efficiency has The highest and most optimized corporate economic and social benefits.
In the cleaning industry, for nearly half a century, the main cleaning technology of parts and components in the machinery industry is ODS -LRB-ozone-depleting substance) cleaning technology. It has the unique advantages of stable chemical properties, strong decontamination ability, low toxicity, excellent compatibility with metal and non-metal materials, and safe drying speed, in the machinery manufacturing, electronic, and other industries in the field of cleaning occupy a leading position. But it is not only the main cause of the destruction of the ozone layer on the Earth's surface but also the source of environmental pollution. Of course, in the advocacy of green manufacturing and sustainable development today, it is necessary to find a high-efficiency cleaning, but also to protect the environment and reduce resource consumption of new cleaning methods.
The traditional cleaning methods include manual cleaning, dipping in the solvent containing ODS, electrolytic cleaning, spray cleaning, high-pressure spray cleaning, gas cleaning, etc., there is workers' labor intensity, cleaning quality instability, low efficiency, and the cleaning process does not meet environmental requirements and other shortcomings. The ultrasonic cleaning technology based on the concept of green manufacturing is not only safe and green but also the whole process is energy-saving and efficient. Therefore, as an advanced, efficient, and green modern cleaning technology, the green ultrasonic cleaning technology is more and more widely used in machinery manufacturing and other industries. The ultrasonic cleaning technology has the advantages of high efficiency and environmental protection. The use of non-ODS water-based solvents can effectively reduce pollution and the damage of toxic solvents to human beings and the environment is a green cleaning technology.
Therefore, the advantages of the ultrasonic cleaning technology based on the green manufacturing concept compared with the previous cleaning technology are as follows:
(1) high cleaning speed and efficiency.
(2) no hand contact with the cleaning solution, to avoid heavy and dirty manual work, safe and reliable.
(3) the service life of the parts to be cleaned can be extended.
(4) save energy consumption (compared with other cleaning equipment), save the worksite and labor costs
(5) it is especially suitable for workpieces with complicated shapes and structures such as deep holes, curved holes, and slits.
(6) the use of non-ODS water-based solvents in ultrasonic cleaning can effectively reduce the pollution and the damage of toxic solvents to human beings.
From the above analysis, we can see that the ultrasonic cleaning technology based on the concept of green manufacturing is not only safe and green, but also the whole process is energy-saving and efficient, the waste liquid can also be recycled by recycling the cleaning liquid, and the production process is also green.
