There is new broad health crisis bargaining the world with the ascent and flare-up of 2019 novel coronavirus (2019-nCoV) or the genuine extraordinary respiratory condition coronavirus 2 (SARS-CoV-2). It has spread to the world and tainted people with Covid- 19 infections. The transmission of the disease was viewed as spread through person-to-person which makes it easily diffuse. The infection spreading starts from the infected droplets during sneezing or coughing. These droplets can, in any case, live on inanimate surfaces even in the air, and transmitted the infection to humans. In order to reduce the spread of coronavirus, any contacts between people and potential carriers of the virus have to be limited. In current circumstances, social distancing and constant disinfection of public places become a necessity. The mask and the sanitizer are provided everywhere to protect the people from spreading the virus and to kill the virus from a human hand. The virus is spreading from the human hand and mouth saliva. The mouth spread is controlled with the mask cloth and the human hand is controlled by the hand wash sanitizer. The hand touch while pressing the dispenser usage also spreads from human to human. There should be an automatic hand wash sanitizer dispenser, to control and maintain the spread from human to human. Though, nowadays it is essential to sanitize hands, touching the same bottle surface already used by someone may increase the risk of contamination. The aim of this study is to design and develop a smart contactless hand sanitizer-dispensing system using IoT based robotics technology. The robot functionality has been examined, the present system has the ability to hand disinfect with less time consuming and minimal human interactions.