Product Features

High-precision

Due to the fact that the energy of ultrasound can penetrate tiny gaps and small holes, it can be applied to the cleaning of any instrument.

Rapid speed

Ultrasonic cleaning is much faster than conventional cleaning methods in terms of dust and scale removal of workpieces, and its labor-saving advantages often make it an economical cleaning method.

Uniformity

Whether the cleaned items are large or small, simple or complex, single or batch, or on an automatic assembly line, ultrasonic cleaning can achieve unparalleled uniformity in cleanliness compared to manual cleaning.

Superiority

Ultrasonic cleaning method surpasses conventional cleaning methods and replaces traditional immersion scrubbing and pressure rinsing. The high efficiency and cleanliness of ultrasonic cleaning machines are due to the penetrability and cavitation shock waves generated during propagation in their acoustic media.

Medical Boiling Sterilizer

The device consists of a tank body, a sealing door, a piping system, and a control system. According to the relevant standards of the disinfection supply center, cleaned medical equipment, medical devices, and medical items should be disinfected, and mechanical thermal disinfection/moist heat disinfection should be selected first. This device achieves disinfection of medical items by heating disinfectant (water), maintaining a constant temperature through the device control system, and then transferring heat from the water to the medical items placed in the boiling tank.

Ultrasonic Cleaning Machine

The ultrasonic cleaning machine uses the high-frequency oscillation signal emitted by the ultrasonic generator, which is converted into high-frequency mechanical oscillation by the transducer and transmitted to the ultrasonic medium - cleaning solution. The ultrasonic waves radiate forward in a sparse and dense manner in the solution, causing the liquid to flow and generate tens of thousands of tiny bubbles. These bubbles form and grow in the negative pressure zone formed by the longitudinal propagation of ultrasonic waves, and quickly close in the positive pressure zone. In this process, known as the "cavitation" effect, the closure of bubbles can form an instantaneous high pressure of over 1000 atmospheres, continuously forming high pressure like a series of small "explosions" that constantly impact the surface of the object, causing dirt on the surface and gaps of the object to quickly peel off, thus achieving the goal of surface purification of the object.