With the self-driving wheelchair, Self-E 2.0, people with mobility issues need not depend on other for their movements. Patients in isolation wards can be transported without the need for the operator, using Self-E. With the help of maps created for particular facility, the wheelchair can operate at autonomously. The users need to provide only touch as command to specify the destination in the map displayed on the screen of Tablet. The Self-E automatically takes them to the destination. With Self-E, the users can have hands-free navigation in their homes.

The operator/caretaker using a Bluetooth application which can be installed in any smartphone or using a wireless joystick controller can operate the wheelchair at a safe distance of 1m up to 4m. Patients in isolation wards can be transported without the need for the operator to touch the wheelchair or the patients. It can be very useful for frontline workers in hospitals who transport patients in mechanical wheelchairs where they need to touch the wheelchair in order to push it.

Those infected with respiratory infectious diseases carry a large number of highly pathogenic respiratory microorganisms, and are moving sources of infection. The Corona virus is spreading rapidly by touch, breath etc. We are proposing a powered wheelchair with negative pressure isolation hood, to transport the covid 19 patients with teleoperation control.COVID patients often need to travel from the isolation ward to various labs for blood tests, x-ray etc. This wheelchair can transport COVID patients within hospitals avoiding causing infection to others. The patients can be seated on the wheelchair covered by the negative pressure isolation hood and the operator/caretaker can use the teleoperation control method and operate the wheelchair from a safe distance of upto 4 meters without the need to touch the wheelchair. The negative pressure isolation not only prevents the spread of pathogenic microorganisms, but also permits rapid and flexible isolation transport. The isolation hood must be airtight. The air discharged from ventilation is through standard medical grade filters and must be purified to ensure no harmful pathogens are spreading out.

These is a powered wheelchair for users with mobility issues. Two versions are there in this MG-2205.PW Non-foldable powered wheelchair and MG-2206.PW Foldable powered wheelchair. These joystick-based wheelchair has a load capacity of 100 kg and travels at a maximum speed of 6 km/hr. This model comes with five different speed levels and indicators for reverse movement. With a single recharge of the battery, the wheelchair can be used for 12 km continuously, with a charging time of around 3 hours. The battery comes with an extra digital display which helps the user to recharge the battery at right time. Easy assembly, smooth control, and adjustable armrest are some of the key features of this model. This spacious wheelchair consists of two E-bike motors with an electromagnetic brake for safety. The foldable powered wheelchair is composed of light quality Aluminium, which is extremely durable yet lightweight, making it convenient to travel with. The fact that it folds and travels like your luggage in the trunk of any car or as carry-on luggage on an airplane is a huge bonus for any traveller.

IamBot is an educational robot that is specially designed for students at schools, and colleges and can be used even for research. This will be the best platform for students to study about robotics and different fields in robotics. Students can learn and test the hardware and develop new algorithms with this robot. There are two versions, IamBot Nexus and IamBot Prodigy. The IamBot Nexus can be controlled by teleoperation using a mobile app. Three ultrasonic sensors, a camera, and a microphone give the environmental awareness to this robot, and a loudspeaker for responding. The students can interact with the robot using a 7-inch touch screen display. The IamBot Prodigy is an autonomous robot, like a self-driving car. It can autonomously navigate to the destination with an obstacle avoidance system in place. This robot has optional teleoperation control using a mobile app. Compared to IamBot Nexus, this robot comes with extraordinary sensors like LiDAR, IMU (Inertial Measurement Unit), ultrasonic sensors, a camera, and a microphone giving environmental awareness and a loudspeaker for responding. The students can interact with the robot using a 7-inch touch screen display. These robots use the world’s most popular robotic platform, ROS (Robotic Operating System).

Fitted with a siren for safety when operated, the mobile robot uses Bluetooth for remote control. The UV lamps can be switched on/off remotely. With 3 UV lamps of 55 W each, Prabha can disinfect a room of 12 x 12 sq feet in less than an hour. It also has provision for using 6 lamps and can disinfect the same room in less than 30 minutes. It can be used to disinfect rooms where patients of communicable diseases were present; can be used to disinfect restrooms; medical equipment etc.