How did Ideasparq produce Malaysia’s first hospital floor cleaning robot?

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Ideasparq Developed Malaysia's First Hospital Floor Cleaning Robot Through Local Expertise and Collaboration

Ideasparq Robotics Sdn Bhd produced Malaysia's first floor cleaning robot specifically designed for hospitals by leveraging a fully local workforce and collaborating with healthcare service providers. The development process involved a team of 20 university graduates in engineering, design, and IT, with the concept originating two years prior to production. This initiative aligns with Industry 4.0 (IR4.0) principles and addresses the need for enhanced safety and efficiency in healthcare environments, particularly in the post-Covid-19 era.
Local Talent and R&D Investment

The creation of the floor cleaning robot was entirely undertaken by a 100% local workforce, comprising 20 university graduates skilled in engineering, design, and information technology. The concept for the robot was developed two years before its production, which subsequently took six months to complete. Each unit, including the extensive research and development (R&D) efforts, incurred a cost of RM600,000. Ideasparq Robotics is recognized as a technology contributor to the Ministry of Science, Technology and Innovation's High Technology, Low Touch (HTLT) initiative.
Collaborative Supply and Functional Capabilities

Ideasparq collaborated with Medivest Sdn Bhd, a hospital support services concession company, to supply the robots to several hospitals, including Tampin Hospital, Jasin Hospital, and Sultan Ismail Hospital. The robot is engineered with a four-in-one functionality, capable of washing, mopping, sweeping, and vacuuming. This integrated approach aims to ensure that cleaning and sanitation processes in hospitals are executed safely and efficiently.
Enhanced Efficiency and Safety Features

The implementation of this robot has demonstrated a significant improvement in cleaning quality, reportedly 60% higher than traditional manual cleaning methods. Beyond efficiency, the robot contributes to a safer environment for hospital cleaners by reducing their direct involvement and exposure to potential contaminants, such as the Covid-19 virus. The technology and software integrated into the robot are designed for ease of operation by hospital staff.
Economic and Operational Benefits

The use of these robots offers substantial operational advantages, including a reduction in the dependence on manual labor and a notable saving in chemical usage for washing, estimated at 60% compared to manual processes. Tests have indicated a 30% saving in manpower, with one robot capable of performing the work of three human workers and completing the cleaning tasks within an hour. The robot can operate continuously for six hours on a single charge. Medivest has a target to extend the deployment of these robots to 19 hospitals by the end of the current year.

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How did Ideasparq produce Malaysia’s first hospital floor cleaning robot?

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