The machine is equipped with overcurrent, overvoltage, overheating, and short-circuit protection devices inside, providing comprehensive protection for the safe operation of the equipment and preventing damage caused by abnormal situations. A temperature sensor is installed in the cleaning tank, which can monitor the temperature of the cleaning solution in real-time, preventing dry burning when the switch is turned on. This ensures that the equipment operates in a safe working environment, extends its service life, reduces the probability of failures, and provides users with a stable and reliable cleaning experience.
The entire machine is made of fingerprint-resistant stainless steel patterned plates. These plates not only have anti-collision properties, effectively reducing wear and tear during daily use, but also exhibit excellent corrosion resistance. They can adapt to various cleaning solution environments and are not prone to rusting or deformation even after long-term use. The aluminum alloy handles are corrosion-resistant, anti-slip, sturdy, and durable, making it convenient for users to move and carry the cleaning machine. Whether in industrial scenarios with frequent use or for daily household cleaning, it can withstand the test of time.
In the mechanical and hardware industry, it is suitable for cleaning oil stains, wax residues, and debris during the production and processing of various precision components such as electroplated parts, vacuum-plated decorative parts, locks, and bearings. In the jewelry field, it can easily remove dirt from the surfaces of gold and silver ornaments and gemstones, restoring their luster. In the medical industry, it can be used for the preliminary cleaning of medical devices, laying a foundation for subsequent disinfection and sterilization. From industrial production to daily life, mechanical ultrasonic cleaning machines play a crucial role in meeting the cleaning requirements of different industries and scenarios.
