International

Spray-painting robot makes painters redundant

7 November 2016
PictoBot scans the interior space with an optical camera and laser to navigate, while painting walls up to 10m high with its robotic arm (NTU)

A robot has been developed in Singapore that can spray-paint the interiors of industrial buildings faster than humans, operating around the clock, even in complete darkness.

Called PictoBot, the machine can paint a high interior wall 25% faster than a crew of two painters.

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It was developed by a local university and the government to address safety and productivity issues, plus the manpower and resource constraints faced in the city state.

“Painting large industrial spaces is repetitive, labour intensive and time-consuming. PictoBot can paint while a supervisor focuses on operating it,” said principal investigator Prof Chen I-Ming, director of the Robotic Research Centre at Nanyang Technological University (NTU).

“The autonomous behaviour also means that a single operator can handle multiple robots and refill their paint reservoirs,” he added.

PictoBot scans the interior space with an optical camera and laser to navigate, while painting walls up to 10m high with its robotic arm.

It can work four hours on one battery charge, giving walls an even coat of paint that matches industry standards, NTU said in a press notice.

Thanks to its sensors, PictoBot can also operate in pitch black, enabling 24-hour continuous painting.
At a glance, PictoBot components are:

It took a year for NTU to develop PictoBot, working with JTC Corporation, a state-owned industrial developer, and local start-up Aitech Robotics and Automation.

“In Singapore, the demand for construction projects is expected to increase as we continue to develop. PictoBot is an example of how autonomous robots can be deployed to boost productivity and overcome the manpower constraints that Singapore faces in the construction industry,” said George Loh, programme director of the National Research Foundation.

Read the rest of the article at GCR

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