How to avoid damage to precision instruments and ensure thorough cleaning when using Ultrasonic U-V Cleaner?
Publish Time: 2024-08-10
When using Ultrasonic U-V Cleaner to clean precision instruments, a series of measures need to be taken to avoid damage and ensure thorough cleaning.
First of all, for the ultrasonic part, its frequency and power should be reasonably controlled. Lower frequency and appropriate power can reduce the vibration impact on the surface and internal structure of precision instruments. Before cleaning, the material and tolerance of the precision instrument need to be evaluated, and the ultrasonic parameters should be adjusted according to its characteristics. For example, for some instruments with fragile parts, an intermittent ultrasonic emission mode can be used to give the instrument a certain buffer time to avoid continuous vibration causing loosening or damage of the parts. At the same time, place appropriate supports and fixtures in the cleaning container to ensure that the instrument maintains a stable position during the cleaning process to prevent collision with the container wall due to shaking.
In terms of ultraviolet cleaning, the intensity and exposure time of ultraviolet rays should be precisely controlled. For some precision instrument parts made of materials sensitive to ultraviolet rays, low-intensity, multiple exposure methods can be used to achieve the purpose of sterilization and cleaning, while reducing the potential damage of ultraviolet rays to the material. Special filter materials or coatings can be used to filter out harmful UV bands to the instrument, allowing only the effective cleaning bands to work.
In addition, choosing the right cleaning solution is also critical. Special cleaning solutions that are non-corrosive and compatible with the instrument should be selected. The surface tension and viscosity of the cleaning solution must be carefully selected to ensure that it can effectively enter the small gaps and complex structures of the instrument for cleaning, while not leaving too much liquid inside the instrument. After cleaning, there must be a complete drying procedure, using gentle airflow drying or vacuum drying to avoid problems such as rust or short circuits caused by residual moisture. Through these comprehensive measures, Ultrasonic U-V Cleaner can minimize damage when cleaning precision instruments, while achieving thorough cleaning to ensure the performance and service life of precision instruments.
