超聲波清洗機(jī)的過濾類型通常與清洗液循環(huán)系統(tǒng)相關(guān)，常見的過濾類型包括以下幾種：

　　The filtration types of ultrasonic cleaning machines are usually related to the cleaning solution circulation system, and common filtration types include the following:

　　1.機(jī)械過濾

　　1. Mechanical filtration

　　通過濾網(wǎng)、濾芯等物理方式攔截清洗液中的較大顆粒雜質(zhì)，如金屬碎屑、污垢團(tuán)塊等。濾網(wǎng)孔徑大小根據(jù)清洗需求選擇，可定期清理或更換濾芯，維持清洗液清潔度。

　　Intercept larger particles and impurities in the cleaning solution, such as metal debris, dirt clumps, etc., through physical means such as filters and filter cartridges. The size of the filter aperture is selected according to the cleaning requirements, and the filter element can be regularly cleaned or replaced to maintain the cleanliness of the cleaning solution.

　　2.磁性過濾

　　2. Magnetic filtration

　　利用磁性材料吸附清洗液中的鐵磁性雜質(zhì)，如鐵屑、金屬粉末等。適用于含金屬部件的清洗場景，能有效防止磁性雜質(zhì)重新附著在清洗件表面。

　　Use magnetic materials to adsorb ferromagnetic impurities such as iron filings, metal powders, etc. in the cleaning solution. Suitable for cleaning scenarios involving metal components, it can effectively prevent magnetic impurities from reattaching to the surface of the cleaned parts.

　　3.活性炭過濾

　　3. Activated carbon filtration

　　活性炭具有強(qiáng)大的吸附能力，可去除清洗液中的有機(jī)污染物、色素、異味等。常用于對清洗液純凈度要求較高的場合，能改善清洗液的化學(xué)穩(wěn)定性。

　　Activated carbon has strong adsorption capacity and can remove organic pollutants, pigments, odors, etc. from cleaning solutions. Commonly used in situations where high purity is required for cleaning solutions, it can improve the chemical stability of the cleaning solution.

　　4.精密過濾

　　4. Precision filtration

　　采用微孔濾膜或超濾技術(shù)，可過濾微米級甚至更小的顆粒和雜質(zhì)，確保清洗液的高純度。常用于精密器械清洗，防止微小顆粒殘留影響清洗效果或損傷器械表面。這些過濾方式可根據(jù)實(shí)際需求組合使用，以滿足不同清洗場景對清洗液清潔度的要求。

　　Using microporous membrane or ultrafiltration technology, it can filter particles and impurities at the micrometer level or even smaller, ensuring high purity of the cleaning solution. Commonly used for precision instrument cleaning to prevent small particle residues from affecting cleaning effectiveness or damaging instrument surfaces. These filtering methods can be combined and used according to actual needs to meet the cleanliness requirements of cleaning solutions in different cleaning scenarios.

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