Laboratory Ultrasonic Cleaner

The ultrasonic washer generates a high-frequency oscillation signal that is converted into a high-frequency mechanical oscillation by the transducer. This oscillation is then transmitted to the ultrasonic medium-detergent.This process is referred to as the “cavitation” effect, as the ultrasound in the detergent emits sparse and dense forward radiation, causing the liquid to vibrate and generate tens of thousands of minute bubbles. These bubbles form and expand in the negative pressure zone through ultrasonic longitudinal propagation, and they rapidly close in the positive pressure zone.

This process has the potential to generate over 1000 instantaneous forms.The continuous application of high pressure is akin to a series of small “explosions” that continuously impact the surface of the items, resulting in the removal of dirt from the surface and crevices. This process achieves a comprehensive washing effect.

APPLICATIONinput:
output:
SHINVA CS The Ultrasonic Washer is appropriate for the ultrasonic cleaning of surgical instruments in the stomatology, ophthalmology, testing department, supply room, and operation room of hospitals. It is also appropriate for the cleaning of utensils and equipment, glasses, and other instruments in the laboratory, household, and civil sectors.Product Features:input:
output:Completion of functionsinput:
output:Adjustable heating temperature and ultrasonic washing duration.O Safety precautionsinput:
output:Anti-dry protection, overload and overcurrent protection.input:
output:O Cover that is injection moldedinput:
output:The injection mold is used to process the outer cover, which is composed of high-strength PP material. This material has an exquisite appearance and reduces noise transmission.input:
output:O Structure that is more human-likeinput:
output:The equipment’s operation panel and display panel are situated on the top and are inclined to the front, providing a user-friendly interface.