Air Shower With Sole Cleaning Machine For Hospital Can Extend Filter Life

Product Specification

Technical Specifications

The ability to control access in medical settings and clean rooms is not only related to air purification but also to the prevention of bacteria and dust caused by shoe soles accessing the clean space. The Air Shower with Sole Cleaning Machine is an air shower room design machine that has been equipped with a shoe disinfection machine to offer a higher quality of cleanliness solution to hospitals and laboratories.

Innovative Design for More Comprehensive Cleanliness

Many traditional air showers do not consider that the soles of shoes are the most susceptible to microbial and dust contamination. Incorporated into the Air Shower Room System is a Shoe Disinfection Machine, which offers two decontaminations prior to the entry of personnel into the cleanroom:

• Shoe Cleaning and Disinfection: Soles are cleaned wet or dry to reduce residual dust and bacteria.

• High-Efficiency Air Shower: 12 adjustable stainless steel nozzles with air speeds of 10-25 m/s ensure comprehensive cleanliness.

This comprehensive Air Shower Room design significantly reduces the risk of secondary contamination in cleanrooms, helping hospitals and laboratories maintain a higher level of cleanliness standards.

Product Advantages

• Reliable Construction: Constructed of fingerprint-resistant 304 stainless steel with a glass window, this model is durable and easy to clean.

• Full-Air Shower: The dual-sided shower design features 12 adjustable stainless steel nozzles, delivering air speeds of 13-25 m/s, effectively removing particles from the body and clothing.

• Intelligent Control: A microcomputer system with photoelectric sensors, voice prompts, and electronic interlocking of the two doors ensure one-way entry and exit, preventing cross-contamination.

• Adjustable Experience: The LED display allows for shower time settings from 0-99 seconds (factory default: 10 seconds), providing flexibility to meet diverse needs.

Application Scenarios

The introduction of a shoe disinfection machine into the Air Shower Room System not only limits the number of particles in the cleanrooms but also greatly increases the life of the filters and saves a lot of money on maintenance. This is an innovative design Air Shower Room that is especially effective with:

• Hospital operating rooms and ward corridors

• Pharmaceutical factory cleanrooms

• Biological laboratories and research institutions

• Food and electronics industry cleanrooms

Why choose this air shower room with a shoe disinfection machine?

• Comprehensive purification: Combining the Air Shower Room System with shoe disinfection provides dual protection.

• Cost reduction: Effectively extends filter life, reducing replacement frequency.

• Safety and efficiency: A strict electronic interlock system prevents cross-contamination.

• Versatile application: Whether in a hospital or laboratory, it can meet cleanroom requirements.

FAQ

Q1: What's the difference between an air shower with a shoe sole cleaning machine and a regular air shower?

A: Regular air showers primarily use high-speed airflow to remove dust from the surface of people and clothing, while air showers with a shoe disinfection machine also include a shoe sole cleaning step. Shoe soles are often a hotspot for contamination. Cleaning and disinfecting them effectively reduces the ingress of particles and bacteria into the cleanroom, extending filter life. This is a key upgrade in advanced air shower room design.

Q2: How does shoe sole cleaning work?

A: Shoe disinfection machines typically use wet or dry cleaning methods to quickly remove dust, bacteria, and residual moisture from shoe soles. Combined with air showers, they provide comprehensive purification from the soles of shoes to the entire body.

Q3: How can filter life be extended?

A: Because shoe sole cleaning reduces the ingress of large dust particles, it reduces stress on the primary and high-efficiency filters within the air shower room system, extending replacement cycles and reducing maintenance and operating costs.