Horrol Technology's fully automatic shoe sole cleaning machine, featuring military-grade materials, intelligent digital display control system, original Kevlar wire belt brush technology, and efficient and stable drainage system, provides a reliable entry pollution control solution for high-cleanliness industries such as electronics, medicine, food, and semiconductors. It is not only a cleaning device, but also a strategic investment that ensures product quality, reduces operating costs, and enhances environmental cleanliness. In today's era of continuous upgrading of industrial intelligent manufacturing, Horrol Technology, with its sustained technological innovation and profound industry accumulation, is leading the shoe sole cleaning equipment industry towards a new height of higher efficiency, intelligence, and durability.

In modern production environments, dust, oil stains, and particulate matter carried by shoe soles are regarded as 'invisible killers' in cleanrooms. A single speck of dust can lead to the scrapping of semiconductor chips, and a single drop of oil stain can trigger food safety accidents. This makes shoe sole cleaning at the entrance the first line of defense in high-cleanliness environments. Dongguan Horrol Technology Co., Ltd., leveraging over a decade of technical accumulation, has launched a series of fully automatic shoe sole cleaning machines. With a 99% cleanliness rate, military-grade materials, and intelligent control systems, it redefines the entry standards for industrial cleanliness.

1. Product Overview and Operating Principle

The shoe sole cleaning machine (also known as the shoe sole cleaner or shoe sole washing machine) is a specialized cleaning device designed to eliminate contaminants from shoe soles. Its primary purpose is to address the pollution issues arising from dust, sediment, oil, and other contaminants carried in by shoe soles when personnel enter the workshop. The machine operates with a straightforward yet highly effective principle: When an individual steps into the sensing area, a radar microwave sensor precisely activates, prompting the motor to rotate a soaked synchronous belt brush. Through the intimate friction between the brush and the shoe sole, the attached contaminants are brushed off and carried into the water tank. Subsequently, the machine automatically completes water changing and drainage, ensuring that the shoe sole leaves almost no stains on white paper. The entire process achieves a fully automated closed loop of 'sensing - cleaning - water suction - drainage', guaranteeing cleaning effectiveness while significantly reducing the cost of manual intervention.

2. Military-grade materials and structural design: the cornerstone of quality for a decade of durability

Horrol Technology never compromises on equipment materials. The main body is made of 1.5mm thick national standard 304 stainless steel sheet metal, processed through laser cutting, argon arc seamless welding, and oil film drawing techniques, resulting in an overall structure as precise as a surgical scalpel. This material combination endows the equipment with excellent corrosion resistance and scratch resistance, enabling it to operate stably even in extreme environments ranging from -20℃ to +55℃, with a service life far exceeding that of similar competing products made of 201 stainless steel or plastic.

Structural innovation is reflected in three dimensions: 

First, the seamless welding process eliminates gaps and irregularities found in traditional welding, achieving a waterproof rating of IPX4. Second, the detachable split design allows maintenance personnel to easily replace internal components without flipping over the heavy equipment. Third, the water-electricity separation system ensures that even if the electronic components fail completely, natural circulation can be used for sewage discharge, eliminating the risk of water overflow. In actual testing at a semiconductor factory in Dongguan, the equipment has operated continuously for eight years without malfunction, and there are no traces of rust on the sheet metal surface, fully verifying its military-grade reliability.

3. Intelligent Control System: The Technological Revolution of Horrol Cloud Digital Display Controller

As the 'central nervous system' of equipment, the digital display integrated controller independently developed by Dongguan Horrol Cloud Interconnection Technology Co., Ltd. is the core advantage that distinguishes Horrol Technology from other brands. This controller has undergone iterative upgrades from version 2.0 to version 3.0, maintaining an industry-leading level of intelligence throughout.

Strong and weak electricity separation design: 

Traditional control systems often mix strong and weak electricity ports, making electronic components vulnerable to breakdown due to voltage fluctuations. The Horrol controller adopts a strong and weak electricity separation architecture, which fundamentally addresses this potential hazard. Coupled with the newly added filtering circuit, it effectively filters out impurities in the power supply, significantly enhancing the stability and durability of the system.

Third mock examination free switching: 

Users can flexibly switch between fully automatic mode (automatic sensing, automatic water inlet and drainage), semi-automatic mode (automatic water inlet, no drainage), and manual mode (only motor operation, no water inlet or alarm) according to actual scenarios, adapting to different crowd densities and cleanliness requirements. For example, using fully automatic mode at the entrance of a factory with dense crowds, and switching to manual mode during debugging or low-flow periods, is both efficient and energy-saving.

Safety protection mechanism: 

The controller features a unique function of automatically shutting down the water inlet solenoid valve upon power loss, ensuring no water overflow accidents even in the event of a sudden power outage during water intake. This unique technology of Horrol effectively prevents water damage in the workshop caused by unexpected power outages. Combined with a multi-layer chip encryption system, it not only protects intellectual property rights but also ensures that users are using a genuine and reliable system.

Radar sensing technology: 

Unlike the commonly seen infrared sensors on the market, Horrol Technology insists on using radar microwave sensing modules. Infrared sensors are prone to malfunction due to light reflection or black light-absorbing materials, while radar sensors utilize the Doppler effect to detect movement, boasting a 180° detection range without dead zones. They can penetrate non-metallic materials to detect stationary human bodies, with a sensing distance of up to 1.5 meters, ensuring zero delay in device response.

Parameter visualization settings: 

The digital display screen intuitively shows key parameters such as motor running time, sewage discharge interval, and water level status. Through the free adjustment of parameters such as P0 (motor working time), P1 (sewage discharge interval), P2 (water shortage alarm time), and P3 (pump working time), operators can fine-tune the cleaning cycle according to different levels of shoe sole contamination, achieving personalized customization.

4. Core Cleaning System: Innovative Breakthrough of Eight Kevlar-Wire Belt Brushes

Horrol Technology has undergone a significant transformation in cleaning components, transitioning from a roller-based system to a belt-brush system. The company has fully adopted eight self-manufactured stranded Kevlar wire synchronous belt brushes, which fundamentally addresses the cleaning blind spots and efficiency issues associated with traditional roller-based cleaning.

Precision manufacturing process: The belt brush is made of imported brand-new polyurethane (TPU) combined with color masterbatch and modifiers, and is molded into a single piece through large-scale precision equipment. The T5 tooth-shaped timing belt is tightly engaged with the stainless steel main drive shaft, and the eight stainless steel Kevlar wires embedded inside are evenly distributed, increasing the tensile strength by 300%. After 100,000 friction tests, only 0.01g of wear was observed. The brush part is made of high-tension nylon material, fixed through computerized double-sewing technology, achieving the ideal cleaning effect of no shedding, no debris, and moderate softness and hardness.

360° no-dead-angle cleaning: The unique design of elevating the belt brush by 3mm enhances the friction with the shoe sole, allowing it to penetrate deep into the sole grooves to remove stubborn oil, dirt, sand, and iron chips. The surrounding cleaning layout enables the brush to cover all areas of the shoe sole in all directions, achieving a cleanliness rate of up to 99%. In a verification test conducted in a world-class semiconductor packaging workshop in Shenzhen, a single pass through the system can meet ISO Class 8 cleanliness standards, and the product defect rate has been reduced from 3% to 0.5%.

Upgrade of water absorption system: The water absorption area is equipped with multi-layer composite coral velvet super absorbent pads, which can instantly absorb 95% of the residual moisture on the sole of the shoe. This avoids the disadvantages of cheap sponges or PVA materials, such as easy shedding, damage, and hardening. Moreover, it can be washed and reused, effectively reducing consumable costs.

5. Efficient sewage and water management system: green and energy-saving intelligent operation and maintenance

Behind the sustained and stable cleaning effect lies an efficient water circulation and drainage system. The device is equipped with a DC brushless drainage pump (24V safe voltage) with a lift of 15 meters and a power of 90W. Its drainage efficiency is more than five times that of ordinary small water pumps. The drainage pipeline can be flexibly routed, easily accommodating complex installation environments.

The sink adopts an inclined funnel design, paired with a mesh-equipped impact inlet pipe, which can flush the bottom of the sink during water intake to prevent sedimentation. Before being discharged, the sewage passes through a double filtration process of stainless steel filter mesh and high-efficiency filter cotton, which can improve the clarity of the water by over 90%, effectively protecting the sewage pump and reducing maintenance frequency. What's more noteworthy is that in automatic water change mode, water intake and drainage occur simultaneously, utilizing the impact force of water intake to thoroughly discharge sediment, ensuring that the sink is as clean as new after each water change.

In terms of energy efficiency, this equipment is equally impressive. Third-party test data shows that its circulating water system saves 37% of water compared to traditional models, generating only 1.2 tons of wastewater per thousand washes; its daily operating power consumption is only 0.8 kWh, and its noise level is controlled below 55 decibels. A food processing factory reported that after using the smart mode, water and electricity consumption decreased by 28%, saving nearly ten thousand yuan in operating costs annually.

6. Convenient maintenance design: Reducing total life cycle costs

Horrol Technology has invested considerable effort in enhancing the convenience of equipment maintenance. The main structure adopts a detachable split design, and all parts requiring replacement in the later stages are designed with openings. Replacing the belt brush takes only 15 minutes and does not require flipping the equipment. The official maintenance guide details the key points of daily maintenance, including regularly cleaning the sediment in the sink, quarterly inspecting the transmission chain and adding butter, and avoiding water entering the controller.

The modular structure reduces maintenance costs by 40%, and the integrated controller supports remote fault diagnosis, with the average maintenance response time shortened to 2 hours. This 'maintainable' design concept not only extends the service life of the equipment but also effectively reduces the enterprise's total lifecycle operating costs.

7. Wide application fields and market recognition

With its excellent comprehensive performance, Horrol Technology's fully automatic shoe sole cleaning machine has been widely applied and highly recognized in multiple industries. In the aerospace field, it can effectively remove dust and particles from shoe soles, ensuring a clean production environment and preventing contamination of precision instruments. In the high-speed rail and rail transit industry, it ensures that maintenance personnel's shoe soles are thoroughly cleaned before entering critical areas. In the electronics and electrical industry, its rapid and effective cleaning ability ensures the cleanliness of the production line and prevents circuit shorting caused by dust. In the machinery and hardware industry, it can effectively remove oil stains and metal particles from shoe soles. The food and pharmaceutical industries benefit from its strict cleaning standards, providing guarantees for product quality and safety.

Market feedback data confirms its industry benchmark status: its procurement share in the food processing and medical fields reaches 43%, and its customer repurchase rate has maintained an annual growth rate of 26% for three consecutive years. Horrol Technology has successfully established cooperation with well-known domestic and international enterprises such as Jabil, Flextronics, Foxconn, Samsung Vietnam, Zhongli New Materials, and Huaxin Cement. Its products are not only popular domestically but also exported to multiple countries and regions.

8. Diverse product model matrix

To meet the needs of different scenarios, Horrol Technology has developed a comprehensive HRSC series product line, covering various sizes and configurations. The regular models include HRSC-850, HRSC-1000, HRSC-1000F, HRSC-1500, HRSC-1500F, HRSC-1800, HRSC-1800F, HRSC-1850, HRSC-2000, HRSC-2000F, HRSC-2800, HRSC-2800F, HRSC-3000, and HRSC-3000F, all of which are processed using the national standard 304 stainless steel sheet metal hot bath technology. Users can flexibly choose the most suitable model based on factors such as entrance width, pedestrian flow rate, and whether or not to install an air shower, achieving a customized clean solution.

Conclusion

Horrol Technology's fully automatic shoe sole cleaning machine, featuring military-grade materials, intelligent digital display control system, original eight-belt Kevlar brush technology, and efficient and stable drainage system, provides a reliable entry pollution control solution for high-cleanliness industries such as electronics, medicine, food, and semiconductors. It is not just a cleaning device, but also a strategic investment that ensures product quality, reduces operating costs, and enhances environmental cleanliness. In today's era of continuous upgrading in industrial intelligent manufacturing, Horrol Technology, with its sustained technological innovation and profound industry accumulation, is leading the shoe sole cleaning equipment industry towards a new height of higher efficiency, intelligence, and durability.

 🔍Shoe sole cleaning machine model parameter comparison🔍