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Sterilization Robots Debut to Fight COVID-19 epidemic, With Great Virus Killing Effect

Facing the spread of the new virus, hospital fever clinics are faced with huge challenges such as a surge in traffic, high pressure on pre-inspection and triage, and a high risk of medical staff's exposure to virus, but it also gives technology companies the opportunity to show their talents.


A sterilization robot with autonomous navigation technology can identify objects in the environment to avoid obstacles autonomously; it is equipped with disinfection management software, automatically calculate the disinfection time according to the space area, and autonomously perform 360° disinfection around the disinfection target with no dead angle, and quantify the disinfection process; the robot carries out intelligent operation throughout the process, ensures the separation of man and machine, so as to ensure personnel safety.


1. In the face of the epidemic, what can technology companies that develop sterilization robots do?


The fastest way is to donate and provide services such as epidemic tracking, refuting rumors, providing disease knowledge, online consultation, etc.


However, in hospitals where the epidemic is the most intense, although donations can solve certain urgent needs to a certain extent, support for further actual clinical work is still limited.


Facing the spread of the new virus, hospital fever clinics are faced with huge challenges such as a surge in traffic, high pressure on pre-inspection and triage, and high exposure risks of medical staff. Dedicated sterilization robot achieves 99.9999% virus killing effect.


The system integrates disinfection methods such as ultra-dry, atomized hydrogen peroxide, ultraviolet disinfection, plasma air filtration, etc., which can meet the needs of the epidemic, and achieve a good virus killing effect of more than six logarithms of environmental surface and flowing air.


2. The use function of the Blue Point sterilization robot in the hospital


The intelligent sterilization robot developed by Blue Point can perform autonomous mobile multi-point disinfection of environmental objects and air, which fully makes up for the shortcomings of traditional fixed air disinfection machines, ultraviolet lamps, and chemical fumigation.


Disinfection factor sensitivity: lipophilic virus < bacterial propagule < fungus < hydrophilic virus < mycobacterium < cryptosporidium < spore.


For patients to carry out relevant automatic high-level disinfection along the route designated by the hospital during the transfer process, the reference path includes: reception room, consultation room, treatment room, ward/ICU observation area, isolation area and treatment area and other transfer paths designated by the hospital.


For high-frequency scenes involving medical staff, such as the designated paths along the roads of the involved reception rooms, clinics, radiology and other medical technical departments, laboratory departments, and isolation buffer zones, the sterilization robot performs automatic high-level disinfection along the relevant path.


For medical waste and related garbage, follow the standardized disposal path of infectious waste and carry out automatic high-level disinfection along the path. At the scene of the epidemic, the UV light for hospital room disinfection focuses on high-level disinfection along the path for the high-frequency activity areas of patients, medical care, and medical waste, and focuses on multi-point terminal disinfection for the areas where patients and medical staff are located.

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Room 405, Building C, No.258 Xiqin Street, Yuhang, Hangzhou, Zhejiang, China
info@bluepointrobotics.com
0571-88582932