Shoe washing machine

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Workshop cleaning and changing facilities

Keywords:

corrosion-resistant fish washer

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 In workshops such as aquatic product processing where there is easy contact with stains and contaminants, the protective waterproof boots worn by employees are an important vector for cross-contamination. Waterproof boots stained with mud, oil, or chemical residues, if not cleaned according to regulations, will carry contaminants into clean operating areas, threatening product quality and production safety. Workshop boot washers, through automated cleaning and disinfection processes, thoroughly remove stains and bacteria from the surface of waterproof boots, becoming key equipment for blocking the spread of contamination and ensuring production hygiene, and occupying an important position in modern workshop management systems. 

 The material selection of the workshop boot washer fully adapts to the complex workshop environment. The main frame and key components are made of 304 stainless steel. This material has excellent corrosion resistance and can withstand the detergents, disinfectants, and acidic and alkaline substances that may be present in the workshop during the cleaning process, and is not easily rusted with long-term use; the surface is brushed, smooth and wear-resistant, can withstand frequent friction and impact from waterproof boots, and reduces stain adhesion, facilitating daily cleaning and maintenance. The transmission components of the equipment use food-grade engineering plastics or stainless steel bearings to ensure stable operation while avoiding the risk of metal contamination, fully meeting the requirements of food production hygiene standards. 

 I. From the structural layout, the workshop boot washer adopts a passage-type or single-station design, mainly consisting of an inlet and outlet area, a brushing system, a spraying system, a disinfection area, a drying area, and a control system. The passage-type boot washer is equipped with a continuous conveying device, and employees can directly walk into the equipment wearing waterproof boots, and the cleaning process is automatically completed via the conveyor belt; the single-station model is equipped with a fixed boot rack, suitable for use in small workshops. The brushing system includes side and bottom brushes. The side brushes use soft and wear-resistant nylon material, which can fit the curve of the waterproof boots for comprehensive cleaning, while the bottom brushes remove stubborn stains from the sole patterns; the spraying system is distributed on both sides and the top of the passage, capable of spraying cleaning water and disinfectant from multiple angles; the drying area is located at the end of the equipment, and the waterproof boots are dried through hot air circulation. 

 II. In terms of working principle, the workshop boot washer has achieved integrated "cleaning - disinfection - drying" processing. When waterproof boots enter the equipment, the induction device first triggers the brushing system, and the side and bottom brushes rotate simultaneously, cooperating with the high-pressure water flow sprayed by the spraying system to wash the surface of the waterproof boots, quickly removing visible stains; then it enters the disinfection area, spraying food-grade disinfectant (such as sodium hypochlorite solution) through atomizing nozzles to ensure the killing of common pathogenic bacteria such as E. coli and Staphylococcus aureus; finally, in the drying area, hot air penetrates the surface of the waterproof boots through the circulation system, achieving surface drying within 30-60 seconds to avoid secondary contamination after cleaning. The entire process requires no manual intervention and is fully automated. The cleaning time for single or double waterproof boots is only 1-2 minutes. 

 Cleaning effect control is the technical core of the workshop boot washer. The equipment ensures cleaning quality through a three-pronged security mechanism: First, the brush pressure can be adjusted to adjust the contact force between the brush and the boot surface according to the material of the waterproof boots and the degree of staining, avoiding incomplete cleaning or damage to the waterproof boots; second, a segmented spraying design is adopted, with enzymatic detergent used in the front section to remove oil stains, clean water rinsing residues in the middle section, and a special disinfectant in the rear section to ensure sterilization effect; third, a concentration monitoring device is equipped to monitor the disinfectant concentration in real time. When the concentration is insufficient, it automatically alarms and prompts for replenishment to ensure that the disinfection effect meets the standard. In addition, the equipment can also set cleaning time, water temperature, and other parameters through the control system to adapt to the cleaning needs of different pollution levels. 

 In terms of operation and maintenance, the workshop boot washer embodies a user-friendly design. The passage-type model does not require employees to remove their boots for cleaning, greatly improving usability; the equipment is equipped with a touch screen control system, which can intuitively display the operating status, cleaning times, and other data, supporting one-button start and parameter adjustment. The brushes and spray nozzles adopt a quick-release structure, which is convenient for regular replacement and cleaning; the bottom of the equipment is equipped with a removable filter and drain, which is convenient for cleaning the debris generated by brushing, preventing pipe blockage. Some high-end models also have a self-cleaning function, which can automatically start the internal cleaning program after production, reducing the amount of manual maintenance work. 

 The application of workshop boot washers brings multiple benefits to enterprises. First, it increases the waterproof boot cleaning efficiency by 8-10 times. A single passage-type device can clean 200-300 pairs of waterproof boots per hour, meeting the needs of large-scale production; second, the standardized cleaning process makes the bacteria removal rate reach more than 99%, significantly reducing the risk of cross-contamination and improving the hygiene level of the workshop; third, automated cleaning reduces the labor intensity of manual cleaning and the risk of contact with chemical reagents, protecting employee health; finally, dry waterproof boots maintain good anti-slip performance, reducing the occurrence of slips and falls in the workshop, indirectly improving production safety. 

 As an important barrier to workshop hygiene protection, the workshop boot washer, with its efficient cleaning ability, reliable disinfection effect, and convenient operation method, effectively blocks the path of contamination spread by waterproof boots, providing a solid guarantee for production hygiene and safety, and becoming an indispensable hygiene equipment in modern standardized workshops. 
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