FAQs

Q1. How does the indoor disinfection robot ensure thorough coverage?

Ans. The robot features 360° no dead angle coverage, ensuring full area disinfection. Its design allows for complete and even distribution of disinfectant, eliminating missed spots.

Q2. What is the advantage of using ultra dry atomized disinfectant?

Ans. The ultra dry atomized disinfectant used by the robot offers fast diffusion and a high sterilization rate without leaving residue. This ensures effective disinfection with minimal cleanup and lower moisture-related issues.

Q3. Can the robot adapt to different types of disinfectants?

Yes, the robot is flexible and can adapt to a variety of disinfectants, allowing users to select the most appropriate solution for their specific needs and scenarios.

Q4. How does the disinfection robot handle different disinfection modes?

Ans. The robot offers three levels of disinfection mode selection, allowing users to set the appropriate mode based on the specific requirements of the environment. Once set, the robot executes the chosen mode automatically.

Q5. What is the capacity and efficiency of the robot in disinfecting space?

Ans. The disinfection robot can efficiently disinfect up to 1000 cubic meters of space, completing the task in as little as 13 minutes. This makes it suitable for large areas requiring quick and effective disinfection. 

Q6. How does the robot ensure safety during operation?

Ans. The robot performs tasks independently, reducing the risk of personnel exposure to infection. It uses an ultra dry atomized disinfectant, which is safer as it leaves no residue and minimizes the risk of slip hazards.

Q7. How does the robot use ultraviolet (UV) light in disinfection?

Ans. The indoor disinfection robot incorporates flexible UV lamp usage, providing additional disinfection care. UV light complements the atomized disinfectant by targeting areas that may be challenging to reach with liquid disinfectants alone.

Q8. Can the water tank be customized or adjusted?

Ans. The robot features a detachable water tank design, allowing for flexible configuration and easy adjustments based on the specific needs of the disinfection task.

Q9. How does the disinfection robot for indoor handle obstacle avoidance?

Ans. Equipped with intelligent obstacle avoidance technology, the robot can navigate around obstacles autonomously, ensuring smooth operation and effective disinfection even in complex environments.

Q10. Is it possible to monitor the robot's working state in real-time?

Ans. Yes, the robot allows for real-time monitoring of its working state, providing updates and status information to ensure that disinfection tasks are being performed as planned.