The Shoe Cleaning Device Boots Washing Machine with handrails N-SJ2000


1.Fully automatic design.
2.The fastest response time.
3.The user saves time and energy.
4.A novel structure.
5.Superb cleaning and disinfecting properties.
6.Longer service life.
7.Easy cleaning management.


Quick Delivery

Optional Shipping

Reliable Warranty

1 Year Warranty

Customer Service

Persistent Support

How Shoe Cleaning Devices Prevent and Control Contamination for Cleanroom floors

In the cleanroom environment, particulate contamination control is one of the key factors to ensure product quality. In recent years, with the continuous progress of science and technology, the sole cleaning machine proves to be an innovative shoe cleaning device. Users usually combine it with the pollution prevention and control system of the factory. As a result, Glikon’s boots washing machine shows strong application ability and economic benefits in the field of clean room floor pollution control.
Before introducing our N-series boot scrubbers, we need to clarify the sources of contaminants in the dust-free workshop.

1. 3 Major Sources of Contaminants in Cleanroom:

1) Personnel:

Humans can generate large amounts of skin, hair and dirt particles per minute, and exercise can further increase the risk of contamination from hazardous particles and their introduction into critical areas.

2) Facilities:

Contaminants such as debris, dust and powders from manufacturing processes, tools and machinery can be a source of contamination.

3) Atmosphere:

Airborne contaminants such as airborne mould spores, allergens and other invisible particulate matter may also pose a threat in critical areas.

2. The 3 Applications of Shoe Cleaning Device for Contamination Control

1) Microbiological Contamination Control with Shoe Cleaning Device

Microbiological contamination is one of the main challenges in the clean room environment, which can directly affect product quality and personnel health. The regular contamination control system consists of correct operating procedures, personnel training, and appropriate disinfection measures. In addition, the application of boots washing machine can control the inflow of microorganisms from the source and effectively reduce the risk of contaminants being spread by workers.

2) Endotoxin Prevention and Control With Boots Washing Machine

Bacterial endotoxins also bring the same potential risk into the clean room environment and product quality. Common measures of the original management system include focusing on endotoxin control of raw material suppliers, appropriate process parameter settings, and strict inspection and monitoring measures. Shoe sole cleaning machines are used as an aid to reduce microorganisms brought in by personnel from the outside, thus reducing the potential sources of endotoxins.

3) Particle pollution prevention and control with Shoe Sole Cleaner Machine

Ground particle contamination is also a common problem in clean rooms. It is particularly difficult for the control of tiny particles. Automatic boot cleaner imported into the original management system, with the management of the environment and equipment with appropriate process control, as well as accurate monitoring means, can effectively control the number of particles brought in by personnel, thus reducing the generation and spread of particles.

3. Three Tips on Contamination Control with Shoe Cleaning Device

1) Don’t ignore ground contamination.

80% contamination enters critical areas of the factory through floor contamination, including shoe soles and wheels. Pls implement controlled contamination on floors in critical areas so that product quality and personnel health won’t be at risks.
There are various solutions available on the market to control floor contamination. They include disposable sticky mats, shoe covers and shoe cleaner washing machine. However, foot and wheel borne contamination can be limited and retained by up to 99.9% if using a shoe cleaning station or an automatic shoe polisher with slopes. In contrast, researchers also found that peel-and-stick pads were only 27% effective in preventing foot-borne and wheel-borne contamination.

2) Value Employee Personal Hygiene

One of the biggest sources of contamination for facilities with critical areas is workers. In fact, humans produce 50 to 10 million skin, dust and hair particles every minute! Only the action of a person walking into a critical area and shedding these particles can pollute the area. Personnel can also accidentally introduce particulate contaminants through external materials such as perfumes, lotions and deodorants, or by wearing inappropriate clothing.
It is important for plant managers to offer relevant training to personnel. The training may include personal hygiene and aseptic techniques. Moreover, they should set clear cleanroom dressing protocols in place and personnel should also learn the methods and importance of good dressing techniques.

3) Be aware of invisible hazards

Many forms of contamination are not always visible. These types of contaminants can be particularly dangerous to critical areas. They can include micro-organisms, such as salmonella and coli, chemicals or toxins, and even fine airborne particles. Glikon’s automatic shoe cleaner can clean and sanitize shoes’ soles effectively. Users simply add shoe disinfectants or shoe cleaners or to the sink at a ratio of 1:100 before use.

4. Integrated Dust-free Prevention and Control System with Boots washing Machine

As an innovative shoe cleaning device for the control of particulate pollution in cleanroom, the sole washing machine can help you a lot. combined with the application of the original pollution control prevention and control system, the automatic shoe cleaning machine provides strong support and guarantee for the control of ground contamination.
Through scientific operation, strict monitoring and appropriate prevention and control strategies, users can better achieve the cleanliness goal of the factory environment. In this way, they can ensure the stability of product quality and production efficiency.

  • Dimension(MM):  2000*768*145
  • Clean Zone(MM):  910*480
  • Dry Zone(MM): 740*480
  • Water Absorbent Pad (MM): 740*430
  • Number of passer/minute: 40 persons/minute
  • Work Induction: Auto
  • Inlet Water Temperature: 1-40℃
  • Water Tank Capacity: 20L
  • Water Change Method: Manual/Auto
  • Sediment Cleaning Method: Dirt Suction
  • Suction Power: DC 100W
  • Working Voltage: AC220V
  • Working Current: 1A
  • Motor Voltage/Power: AC220V/150W
  • Pump Voltage/Power: DC24V/75W
  • Pump Head: 10 Meter
  • Security: Overload/leakage protection
  • Brush Rotation Speed: 60RPM
  • Noise: <60DB
  • Main Body Material: SUS304
  • Maximum Load Capacity: 300KG
  • Main Body Life: 6 Years
  • Weight: 120KG
  • Warranty: 1 Year
  • Input Voltage: We will choose the corresponding voltage model according to the destination country of your order
  1. Water Absorbent pad *3
  2. Power Supply Line *1
  3. DC Converter *1
  4. Suction Motor *3
  5. Sole Cleaning Machine *1

Frequently Asked Questions about Shoe Cleaning Device

Q1: Could you tell me how to sanitize shoes before entering house?

A1: Before entering house, just get the outdoor shoe cleaner connected to the power supply. Then Lift up the cover beneath the water absorbent pad, and pour some shoe sanitizer into the sink. Walk onto the cleaning area for 2-3 seconds, then move to the blue mat. Your shoe soles will be microscopically clean and dry.

Q2: Do UV shoe sanitizers work or not?

Yes, they do. The UV shoe cleaning devices are perfect for disinfecting various shoes. The UV light can kill 99.9% fungus and remove the shoe odor effectively. However, they cannot remove stubborn stains, sludge, and other contaminants from the soles of your shoes. For stubborn stains, you need to use boot scraper with brush.

Q3: How do you disinfect shoes at home?

A3: If it is for home use, just select our G-series boots washing machine, such as G-SJ1001, G-SJ1004, G-SJ1005. Either of them can meet your daily needs perfectly.