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超声波空化对一般超声波清洗机中

超声波清洗机      
超声波空化对超声波清洗机中的空气_济南洁升超声波清洗机

The ultrasonic cleaning procedure described in our post almost always reminds you of the importance of degassing fresh cleaning solutions. Degassing is the process of removing trapped air from a liquid. You can see this, let a glass of water stand for a while, and pay attention to the bubbles on the internal surface. Capture, entrained or dissolved air suppresses cavitation, which is the implosion of a micron-sized vacuum bubble that completes cleaning.

 

在我们的帖子中描述的超声波清洗程序几乎总是提醒注意新鲜清洗溶液脱气的重要性。 脱气是去除液体中截留的空气的过程。 你可以看到这一点，让一杯水站立一会儿，并注意内部表面上出现的气泡。 捕获，夹带或溶解的空气抑制空化，这是完成清洁的微米尺寸真空气泡的内爆。

Simply operating the device for a period of time, the len超声波清洗机厂家gth of which depends on the volume of the cleaning solution will drive off the trapped air. This process can be accelerated by the degassing mode on the ultrasonic cleaner. It does this by opening and closing the bubbles to coalesce and allowing them to rise to the surface and burst.

 

 

简单地操作设备一段时间，其长度取决于清洁溶液的体积，将驱除截留的空气。 该过程可以通过超声波清洗机上的脱气模式加速。 它通过打开和关闭使气泡聚结并允许它们上升到表面并爆裂来完成这项工作。

Clear other air in the Ultrasonic cleaner

 

 

清除超声波清洗机中的其他空气

Air can be introduced into the ultrasonic cleaning solution when the part is submerged. This ** may occur in the complex design part. Slots and blind holes are examples. Indentation and cups may also capture bubbles. However, the component configuration operator should ensure that the solution reaches all surfaces, otherwise cavitation cleaning in these areas will not occur.

 

 

当部件浸没时，可以将空气引入超声波清洁溶液中。 这**可能发生在复杂设计的部分。 插槽和盲孔是示例。 凹陷和杯子也可能捕获气泡。 但是部件配置操作员应确保溶液到达所有表面，否则不会发生这些区域内的气穴清洁。

Sonic cleaning complex parts

 

 

声波清洗复杂零件

The operator should manage the cleaning cycle when sonic cleaning complex parts. Here are some tips:

 

 

 

    操作人员应当在声波清洗复杂部件时管理清洗周期。 这里有一些提示：
    • The components are placed in the cleaning basket and the holes in the horizontal position are filled when the basket is submerged in the cleaning tank.
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  • 将部件放置在清洁篮中，水平位置的孔在篮子浸没在清洁槽中时填充。
    • If the holes are on several surfaces, stir them regularly. Another method is to turn off the ultrasound and at the same time use the glove as a solution in the solution can be a hot manual repositioning component. Do not put your hand into the operating bath.
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  • 如果孔在几个表面上，请定期搅拌。 另一种方法是关掉超声和同时在溶液用手套作为溶液可以是热手动重新定位的部件。 不要将手伸入操作浴。
    • If your store often cleans a large number of complex parts, consider using the Elma Flex system from Tovatech. It has a variety of capacities and precise \u0026plusmn;2cm vertical oscillation, allowing the solution to enter and rinse out contaminants. also provides a rinse and drying station.
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  • 如果您的商店经常清洗大量的复杂部件，考虑使用来自Tovatech的Elma Flex系统。 它有多种容量和精确的±2厘米垂直振荡，允许溶液进入和冲洗污染物。 也提供冲洗和干燥站。
    • The tube should be placed in the cleaning solution vertically or at an angle to ensure it is full. Cavitation will penetrate thin-walled pipes and remove internal contaminants. Regularly raise and lower the tube to replace the solution.
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  • 管应垂直或以一定角度放置在清洁溶液中，以确保其充满。 空化作用将穿透薄壁管道并去除内部污染物。 定期升高和降低试管以更换溶液。
    • If a rinsing cycle is performed after cleaning, the parts are allowed to drain into the washing tank to minimize the dragged contaminants** into the washing tank. Stirring or repositioning can also be applied to rinsing.
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如果在清洗之后进行漂洗循环，则允许部件排入清洗槽，以使拖曳的污染物**小化到清洗槽中。搅拌或重新定位也可应用于冲洗。

 

In summary, the position is important when placing complex parts in an ultrasonic cleaner. Residual air in the blind holes and cracks block the ultrasonic cavitation and must be replaced with a cleaning solution. Care should be taken before placing the parts in the rinse tank.

 

 

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