一， 愛潔樂電解超聲波（塑膠模具）清洗機清洗工藝描述
Electroanalysis ultrasonic(Plastic mould)cleaner process description
1，愛潔樂電解超聲波系統是由超聲波發生系統,電解電路系統,循環過濾系統,控制系統,專用的金型清洗液和水性防銹劑組成。Electroanalysis ultrasonic system concludes ultrasonic occurrence system, electroanalysis circuit system, cycle filtration system, control system, special cleaning liquid and waterborne anti – rust.
1,愛潔樂電解洗凈系統是向金屬表面發射氣體,用桑拿的效果除去金屬表面的臟物,不純物,還可以完全除去模具上的銹斑，積炭，瓦斯氣體，樹脂成分,濕氣,油污,通過超聲波的震動污垢剝離漂浮起來,金屬模具防在陰極,即使相當小的角落里的污垢也能完全去除。Electroanaly is cleaning system: remove the dirt of the surface with the sauna effectiveness by spraying the gas towards the metal surface, it also can completely remove the rust spots, carbon deposit gas, resins, humidity and oil stains on the surface of the mould. The principle of this system is to peel off the dirt and let them floating by ultrasonic shaking to remove the dirt even though the dirt is in the relatively small corners.
2，將金屬還原到原有的鋼綠色,恢復金屬原來的綺麗。Let the metal recover to intrinsic green
3,即使是復雜的形狀也可以去除污垢。Can remove the dirt even for the complicated shapes mould
4,能完全確實的潔凈去污。Can remove the dirt completely
5,有良好的除銹防銹效果。Have good anti-rust effect.
6,比人工清洗要節約一小時的時間。Can save 1 hour than manual work
7,比使用有機溶劑更環保更安全。More environmental and safe than using organic solvent
8,大大的降低了洗凈后不良率。Obviously reduce the rejection rate after cleaning
工藝;Process
1,金型洗凈6-15分鐘_____Cleaning for 6-15 minutes
2流水洗凈3分鐘_________Cleaning for 3 minutes with running water
3防銹工程3分鐘。Antirust engineering for 3 minutes
設備用途：用于精密塑膠模具，模塊，模件，模仁，鑲針，鑲件，去高溫積碳，去硫化物，瓦斯氣體，油污，銹斑的清洗。
Equipment application: applied to precision plastic mould, module,insert, Pin,clean high temperature carbonium, clean sulfide, gas, oil dirt and rust spots cleaning
2，愛潔樂電解超聲波模具清洗機原理：Electroanalysis ultrasonic mould cleaner principle
電解超聲波是由電解超聲波清洗槽,噴淋清洗槽，超聲波系統,電解電路系統,電極,托盤,過濾循環系統,定時裝置,面板電器開關裝置組成。
Electroanalysis ultrasonic includes electroanalysis ultrasonic wash tank, spray wash tank, ultrasonic system, electroanalysis circuit system, electrode, tray, filtration cycling system, timing setting and panel switch.
1,愛潔樂電解清洗是利用電解作用將金屬表面的污垢去除的清洗方法;電解是在電流作用下,物質發生化學分解的過程.在電解過程中,金屬表面的污垢開始脫落,在超聲波的沖擊下加速了剝離，在金屬表面沾有動植物油,礦物油,銹跡，銹斑,積炭,氧化層.用電解的方法把這些污垢去除叫電解脫脂。Electroanalysis cleaning is a method by electroanalysis function to remove the dirt from metal surface; electroanalysis is a process which the matter with chemical decomposition. The dirt of the metal surface fall off during the electroanalysis, and accelerate the peel off speed with the concussion from ultrasonic. The electrolytic method is used to remove the propagation oil, mineral oil, rust spots, oxide layer from metal surface which is called electroanalysis degrease.
愛潔樂當電流通過含有特殊配方的電解質的水溶液時,在電解槽的正極附近產生氧氣,負極產生氫氣.把要清洗的金屬部件放入電解槽的正極（清洗籃）,在電解過程中,在金屬表面會有細小的氫氣產生,這些小氣泡促使污垢從金屬表面剝離。
The anode of the electrobath will produce Oxygen and cathode will produce the hydrogen when there is current pass water solution with special electrolytical mixture. Put the metal parts into the anode of the electrobath(clean basket), there will produce small hydrogen on the metal surface, and these small air bubbles will prompt the dirt peel off from metal surface.
2,愛潔樂超聲波清洗是利用28KHZ的高頻電源,使換能器由電能轉換機械能的過程,在這過程中換能器向清洗槽溶液傳遞巨大的能量,在液體中產生正壓和負壓區,形成數以萬計的空穴氣泡,在不斷的形成爆炸,沖擊被清洗金屬物表面,使金屬表面的污垢快速脫離。
The ultrasonic cleaning use the 28KHZ high frequency power supply and the transducer by converting electric energy to mechanical energy. In the transducer to the cleaning solution tank transfer huge energy, produce positive pressure and negative pressure zone in the liquid, tens of thousands of cavitation bubbles formation, in continuous form into the explosion, the impact is cleaning the metal surface and quickly out of the dirt on the surface of the metal.
3,愛潔樂循環系統是由耐腐蝕的廣州小巨人磁力泵,過濾器組成自循環，讓清洗脫落的污垢迅速被過濾棉芯隔離，減少液面漂浮物.同時可加速溶液的電解。凈化溶液,提高溶液的利用率。
Circulatory system is by the corrosion of the little giant magnetic pump, filter self circulation, let washing off the dirt quickly filtered cotton core isolation, reduce the liquid surface floater. Also can accelerate the solution electrolysis. Purification solution, improve the utilization rate of solution.