Ultrasonic steel mesh cleaning machines have emerged as an alternative cleaning method following manual cleaning of steel meshes. Currently, there are still a few customers using ultrasonic steel mesh cleaning equipment. Compared to other traditional cleaning methods, ultrasonic steel mesh cleaning machines offer several advantages, such as significantly faster cleaning speeds, several times faster than traditional methods. However, they also have distinct advantages and disadvantages:
Disadvantages of Ultrasonic Steel Mesh Cleaning Machines:
- Cleaning Precision: Ultrasonic steel mesh cleaning machines may struggle to thoroughly clean some small mesh holes. This limitation is understandable for those familiar with the working principles of ultrasonic technology, which is why ultrasonic steel mesh cleaning machines are not widely adopted.
- Sensitivity to Solutions: While the cleaning solution used in the cleaning tank of ultrasonic steel mesh cleaning machines is generally harmless to humans, the vaporization of acidic or alkaline solutions when heated can irritate nasal mucosa and cause discomfort to the eyes. However, these effects are temporary and will subside after some time. Proper protective measures should be taken to mitigate these effects.
Despite these drawbacks, ultrasonic steel mesh cleaning machines offer several notable advantages:
Advantages of Ultrasonic Steel Mesh Cleaning Machines:
- Savings: Ultrasonic steel mesh cleaning machines save on solvent, energy, workspace, and labor costs. They eliminate the need for manual contact with cleaning fluids, making them safe and reliable. They can effectively clean concealed areas of workpieces.
- Speed and Efficiency: Compared to manual cleaning methods, ultrasonic steel mesh cleaning machines offer faster cleaning speeds and higher production efficiency.
For safer and more scientific steel mesh cleaning, many large factories prefer pneumatic or electric steel mesh cleaning machines. For example, Silman Tech’s DEZ-C730 pneumatic steel mesh cleaning machine utilizes a rotating spray cleaning method to ensure 360-degree thorough cleaning of steel meshes, thereby ensuring cleanliness. Additionally, the equipment features a sealed cleaning design, preventing solvent vaporization and leakage within the working area, thus better protecting the work environment.