超声波清洗，可配不同的频率振板
加热系列温度控制
过滤系统连接高效过滤器
四面溢水连储液箱
可独立操作或组合生产线使用
声强增加时，空化泡的最大半径与起始半径的比值增大，空化强度增大，即声强愈高，空化愈强烈，有利于清洗作用。但不是声功率越大越好，声强过高，会产生大 量无用的气泡，增加散射衰减，形成声屏障，同时声强增大也会增加非线性衰减，这样都会消弱远离声源地方的清洗效果，同时清洗机底部振动板金属空化严重，水 点腐蚀也增大，如果振动板表面已受到空化腐蚀，强功率下水底产生空化腐蚀更严重，造成设备寿命降低，但超声波清洗功率选小了，花费很长时间也没有清除污 垢，也是不可取的。
When the sound intensity is increased, ratio of maximum radius and start
radius of cavitation bubble will be increased, cavitation strength will
be increased, and the higher the sound intensity is, the stronger the
cavitation is, and it is good for cleaning. However, it does not mean
that the higher the power is, the better it is. If the sound intensity
is too high, lots of useless air bubbles will be generated, which can
increase the scatter attenuation to form the sound barrier. The
increasing of sound intensity can increase the nonlinear attenuation,
which can weaken the cleaning effect in location for areas that arefar
from the sound source, cavitation of metal for vibrating plate in bottom
of cleaner will be serious at the same time, and the water corrosion
will be increased. If the surface of vibrating plate has been corroded
by cavitation, then the cavitation corrosion generated in water under
high power will be more serious, which will reduce the working life of
equipment. However, if the ultrasonic cleaning power is too low, the
dirt will be hard to be cleaned away even for a long time, so it is
unfeasible.