在機械加工、五金模具、汽配零部件、醫療器械等行業，很多企業面對多品種、中小批量工件清洗需求，全自動流水線設備投入成本高，單槽清洗又容易出現污垢二次污染，清洗效果不穩定。多槽手動超聲波清洗機憑借分段式槽體結構、靈活的人工轉運作業模式，兼顧清洗品質與設備投入成本，成為精密零部件清洗的主流選擇。

In industries such as mechanical processing, hardware molds, auto parts, and medical equipment, many enterprises face the need for cleaning multiple varieties and small to medium batches of workpieces. The investment cost of fully automatic assembly line equipment is high, and single tank cleaning is prone to secondary pollution from dirt, resulting in unstable cleaning effects. The multi slot manual ultrasonic cleaning machine, with its segmented slot structure and flexible manual transfer operation mode, has become the mainstream choice for precision component cleaning, balancing cleaning quality and equipment investment cost.

多槽手動超聲波清洗機由多個相互獨立的槽體組成，常見配置三至六槽，分別實現超聲粗洗、超聲精洗、鼓泡漂洗、純水漂洗、熱風烘干等不同工序。設備依靠超聲波空化效應，液體內部生成大量微小氣泡，氣泡破裂瞬間產生沖擊力，剝離工件表面、盲孔、螺紋縫隙內部的切削油、拋光蠟、金屬碎屑、氧化皮等污漬。和單槽清洗不同，工件按照工藝順序，由操作人員配合清洗籃依次轉運至各個槽體，粗洗槽剝離大部分重油污，漂洗槽把工件表面殘留清洗劑沖洗干凈，非常后進入烘干槽完成脫水，有效避免單槽清洗產生的二次串污問題，保障工件清洗后的潔凈度。

The multi slot manual ultrasonic cleaning machine consists of multiple independent slots, commonly configured with three to six slots, which respectively achieve different processes such as ultrasonic rough cleaning, ultrasonic fine cleaning, bubble rinsing, pure water rinsing, and hot air drying. The equipment relies on the cavitation effect of ultrasonic waves to generate a large number of tiny bubbles inside the liquid. When the bubbles burst, an impact force is generated, which peels off cutting oil, polishing wax, metal debris, oxide scale and other stains on the surface of the workpiece, blind holes, and thread gaps. Unlike single tank cleaning, the workpiece is transported to each tank in the process sequence by the operator in cooperation with the cleaning basket. The coarse cleaning tank peels off most of the heavy oil stains, the rinsing tank washes away the residual cleaning agent on the surface of the workpiece, and finally enters the drying tank for dehydration, effectively avoiding the problem of secondary contamination caused by single tank cleaning and ensuring the cleanliness of the workpiece after cleaning.

設備的槽體一般選用耐腐蝕不銹鋼板材制作，每個槽可以獨立控制超聲波功率、加熱溫度，部分槽位配置循環過濾系統，過濾清洗液內部的金屬雜質，延長清洗液使用周期。針對不同工件可以靈活調整參數：重油污金屬工件選用28KHz低頻超聲；精密小件、易劃傷工件選用40KHz及以上高頻；清洗溫度控制在30?70℃區間，提升清洗劑溶解油污的效率。設備支持按需非標定制，可以根據工件尺寸調整槽體內腔大小，增加防銹槽、純水漂洗槽等特殊工位，適配模具、壓鑄件、醫療器械配件等差異化清洗要求。

The tank body of the equipment is generally made of corrosion-resistant stainless steel plate, and each tank can independently control the ultrasonic power and heating temperature. Some tank positions are equipped with a circulating filtration system to filter metal impurities inside the cleaning solution and extend the service life of the cleaning solution. Flexible adjustment of parameters for different workpieces: 28KHz low-frequency ultrasound is selected for heavy oil contaminated metal workpieces; Select high frequency of 40KHz or above for precision small parts and easily scratched workpieces; Is the cleaning temperature controlled at 30? Within the temperature range of 70 ℃, improve the efficiency of the cleaning agent in dissolving oil stains. The equipment supports customized customization according to demand, and the inner cavity size of the tank can be adjusted according to the size of the workpiece. Special workstations such as anti rust tanks and pure water rinsing tanks can be added to meet the differentiated cleaning requirements of molds, die-casting parts, medical equipment accessories, etc.

選型采購多槽手動超聲波清洗機，不能只對比設備外觀和價格，需要結合自身生產工況綜合考量。首先確認工件非常大外形尺寸、單次清洗裝載量，以此確定槽體內部有效尺寸；其次梳理工件污染物類型，重油污工件建議配置帶循環過濾的粗洗槽，有高潔凈度要求的工件，需要配置多級純水漂洗工位。要關注換能器與超聲波電源品質，優良IGBT超聲電源功率輸出穩定，故障率更低。同時考慮車間實際條件，確認設備整體占地面積、供電供水布局，大件工件清洗可以選配簡易手動葫蘆輔助工件轉運，降低工人勞動強度。槽位數量并非越多越好，普通五金件三槽配置即可滿足需求，高精密零部件再增加漂洗工位，避免多余配置造成成本浪費。

When selecting and purchasing a multi slot manual ultrasonic cleaning machine, one should not only compare the appearance and price of the equipment, but also consider the overall production conditions. Firstly, confirm the maximum external dimensions of the workpiece and the loading capacity for a single cleaning, in order to determine the effective internal dimensions of the tank; Next, sort out the types of pollutants in the workpieces. For heavy oil contaminated workpieces, it is recommended to configure a coarse washing tank with circulating filtration. For workpieces with high cleanliness requirements, multi-stage pure water rinsing stations need to be configured. Attention should be paid to the quality of transducers and ultrasonic power supplies. High quality IGBT ultrasonic power supplies have stable power output and lower failure rates. At the same time, considering the actual conditions of the workshop, confirm the overall equipment footprint, power and water supply layout, and select a simple manual hoist to assist in the transportation of large workpieces for cleaning, reducing the labor intensity of workers. The more slots there are, the better. A three slot configuration for ordinary hardware can meet the demand, while adding a rinsing station for high-precision components can avoid cost waste caused by redundant configurations.

日常規范維護直接關系清洗效果和設備使用壽命。作業時工件需要完全浸沒清洗液，禁止無水開啟超聲波與加熱功能，做好防干燒防護。定期檢查各槽液位，及時更換污染嚴重的清洗液、漂洗水；清理過濾器濾芯，防止雜質堆積堵塞；定期檢查換能器工作狀態，觀察超聲空化效果。作業結束后排空槽內廢液，擦拭槽體，保持設備干燥，減少水垢與腐蝕。不少工廠清洗效果達不到預期，往往不是設備本身問題，而是槽液長期不更換、過濾器長期不維護，造成工件越洗越臟。

Daily standardized maintenance is directly related to cleaning effectiveness and equipment service life. During operation, the workpiece needs to be completely immersed in cleaning solution. It is forbidden to turn on ultrasonic and heating functions without water, and measures should be taken to prevent dry burning. Regularly check the liquid level of each tank and replace severely contaminated cleaning and rinsing water in a timely manner; Clean the filter element to prevent impurities from accumulating and blocking; Regularly check the working status of the transducer and observe the ultrasonic cavitation effect. After completing the homework, empty the waste liquid in the tank, wipe the tank body, keep the equipment dry, and reduce scale and corrosion. Many factories fail to achieve the expected cleaning results, often not due to equipment issues, but rather due to long-term non replacement of tank fluids and non maintenance of filters, resulting in dirtier workpieces as they are washed.

對比全自動清洗流水線，多槽手動超聲波清洗機投資更低，工藝調整靈活，更換產品種類無需改動設備程序，適合小批量多品種的生產模式。只要合理配置槽體工藝、做好日常運維，就可以穩定實現除油、除屑、漂洗烘干相結合作業，幫助企業提升工件清洗品質，為后續噴涂、裝配、熱處理工序打下良好基礎。

Compared to fully automatic cleaning assembly lines, the multi slot manual ultrasonic cleaning machine has lower investment, flexible process adjustment, and no need to modify equipment programs when changing product types, making it suitable for small-scale and multi variety production modes. As long as the tank process is reasonably configured and daily operation and maintenance are done well, the integrated operation of oil removal, chip removal, rinsing and drying can be stably achieved, helping enterprises improve the quality of workpiece cleaning and laying a good foundation for subsequent spraying, assembly, and heat treatment processes.

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