Vertical ultrasonic bottle washing machineIt is a specialized cleaning equipment widely used in industries such as pharmaceuticals, chemicals, and food, mainly used for clean cleaning of containers such as glass bottles and plastic bottles. The equipment adopts a vertical drum structure, which achieves efficient cleaning effect through the reciprocating tracking motion of bottle gripping, flipping, and bottle washing spray needles by a mechanical arm. The core principle is to use the cavitation effect generated by ultrasound in the cleaning solution to form a large number of tiny bubbles in the liquid. The impact force generated when the bubbles burst quickly peels off the dirt inside and outside the bottle, thus achieving the cleaning purpose. In addition, the equipment also combines water vapor alternating spray flushing technology to further improve the cleaning effect and ensure the cleanliness of the inner and outer walls of the bottle.
Here isVertical ultrasonic bottle washing machineIts main application scope and typical scenarios:
1. Pharmaceutical industry
Application Scenario:
Clean pharmaceutical glass containers such as penicillin bottles, ampoules, infusion bottles, and oral liquid bottles to remove drug residues, oil stains, glue marks, and microbial contamination.
Clean medical equipment (such as culture dishes, reagent bottles, syringes) and laboratory glassware.
Advantage:
Meet the requirements of Good Manufacturing Practice (GMP) for sterility and cleanliness.
To avoid the risk of cross contamination caused by manual brushing and ensure the integrity and cleanliness of the bottles.
2. Cosmetics industry
Application Scenario:
Clean glass perfume bottles, lotion bottles, essence bottles, face cream cans and other containers, and remove the adhesive marks, oil stains and residues in the production process.
Clean makeup brushes, powder puffs, and other tools to remove powder or oil residue.
Advantage:
Keep the appearance of the container clean and scratch free, improve product quality and aesthetics.
Suitable for various bottle types and materials (glass, plastic, metal).
3. Food industry
Application Scenario:
Clean sauce bottles, beverage bottles, canning bottles, seasoning containers, etc. to remove food residue, oil, sugar stains, and label residue.
Clean the inner walls of food processing equipment such as mixing tanks and storage tanks.
Advantage:
Compliant with food safety standards, avoiding chemical residues and microbial contamination.
Efficiently remove sticky substances (such as sauce and honey) and reduce the amount of cleaning agents used.
4. Medical device industry
Application Scenario:
Clean surgical instruments (such as forceps, pliers, catheters), medical containers (such as sample tubes, reagent bottles), and experimental equipment (such as culture dishes, centrifuge tubes).
Disinfect medical tools to remove blood, tissue residues, and pathogens.
Advantage:
High temperature or chemical disinfection combined with ultrasonic cleaning to ensure a sterile environment.
Avoid the problem of cleaning dead corners in complex structural instruments.
5. Electronic industry
Application Scenario:
Clean the packaging containers of precision electronic components (such as semiconductor chips and circuit boards) to remove dust, oil stains, and particles adsorbed by static electricity.
Clean high-precision components such as optical lenses and instrument parts.
Advantage:
Non contact cleaning to avoid damaging precision surfaces or coatings.
Remove small particles (such as solder residue and fiber debris) to meet cleanliness requirements.
6. Chemical industry
Application Scenario:
Clean chemical reagent bottles, reaction vessels, storage tanks, and other containers to remove chemical residues, crystals, and corrosive substances.
Clean laboratory glassware (such as beakers, measuring cylinders, and separatory funnels).
Advantage:
Corrosion resistant design (such as stainless steel material) is suitable for strong acid and alkali environments.
Efficiently remove stubborn chemical residues and reduce the risk of manual processing.
7. Beverage and alcoholic beverage industry
Application Scenario:
Clean beer bottles, wine bottles, beverage bottles, etc. to remove label marks, ink residue, and sugar stains after filling.
Clean the inner walls of large containers such as wine barrels and fermentation tanks.
Advantage:
Maintain container transparency and cleanliness to enhance product image.
Adapt to high temperature cleaning (such as disinfection of beer bottles).
8. Research and Laboratory
Application Scenario:
Clean experimental glassware (such as beakers, test tubes, volumetric flasks), sampling bottles, and special material containers (such as fluoroplastics, quartz).
Clean precision instrument components such as spectrometer sample cells and chromatography columns.
Advantage:
Flexibly adjust cleaning parameters (time, temperature, frequency) to meet different experimental needs.
Avoid cross contamination and ensure the accuracy of experimental data.