Automated Dry Fogging Devices

Automated dry fogging is a disinfection method that uses a fine mist to reach and cover surfaces, providing thorough and even distribution of disinfectants. It works by converting liquid disinfectants into a dry fog.

Automated dry fogging disperses a fine mist evenly, covering large areas quickly and efficiently, reducing the time needed for thorough decontamination.

Automated dry fogging devices offer efficient and uniform coverage, reaching areas that traditional cleaning methods may miss. They are also time-saving and can be applied to various surfaces without causing damage.

Automated dry fogging leaves minimal residue, making it comparable or even superior to chemical sprays in terms of residue control.

Automated dry fogging is suitable for sensitive electronics as it generates a fine mist that is less likely to damage equipment compared to traditional spraying. 

Yes, automated dry fogging is suitable for various surfaces and materials, offering compatibility without causing damage or corrosion.

Automated dry fogging can achieve a high microbial kill rate, often comparable or superior to traditional disinfection methods.

Automated dry fogging minimises direct contact with disinfectants, contributing to operator safety compared to some manual application methods.

Automated dry fogging typically has a lower environmental impact as it uses less disinfectant and produces minimal waste compared to some wet methods.

Yes, automated dry fogging is well-suited for large facilities and areas with complex layouts, ensuring efficient and thorough disinfection.

Automated dry fogging reduces the risk of cross-contamination by providing consistent coverage, minimising the potential for missed areas.

Automated dry fogging provides advantages in terms of controlled dispersion, avoiding oversaturation and ensuring efficient use of the disinfectant solution.

While UV-C light is effective on surfaces directly exposed to the light, automated dry fogging ensures more thorough coverage, reaching hidden and shadowed areas.

Automated dry fogging provides more coverage without the risk of oversaturation, offering a controlled and efficient disinfection process.

Automated dry fogging offers a more controlled and localised approach compared to the broader and potentially harmful effects of ozone generators.

Automated dry fogging is often more efficient for decontamination as it covers larger areas quickly, providing a faster and more effective solution.

Automated dry fogging produces smaller and more uniform droplets, ensuring better coverage compared to larger droplets generated by aerosolised disinfectants.

While initial costs may vary, automated dry fogging can be cost-effective over the long term due to its efficiency and reduced labour requirements.

Automated dry fogging provides immediate and thorough disinfection, while antimicrobial coatings offer longer-term protection against microbial growth on surfaces.

Training for automated dry fogging is generally straightforward, making it accessible for operators without extensive specialised training.

Automated dry fogging stands out due to its technological advancements in precision, efficiency, and adaptability, setting it apart from some traditional methods.