Using robots for plastering can mitigate the risk of back or leg injuries in human workers
Weibuild’s plastering robots are also designed to extend up to six meters in the air, thus cutting out the need for workers on scaffolding, a major source of construction accidents.
Spraying robots also take over painting in enclosed spaces, where minimal airflow can result in humans inhaling toxic fumes.
Productivity
Construction robots have the potential to be up to 10x more productive than humans.
According to Mao, Weibuild’s robots can plaster up to 300 square meters and paint up to 1,000 square meters in a single day.
In contrast, humans can only plaster about 30 square meters per day.
Sustainability
Robots also offer a more sustainable path for construction. As they are more accurate and efficient, they produce less waste and use far less materials than humans.
They also don’t require accommodations such as air conditioning.
Consistency
While humans are skilled at jobs like painting and plastering, maintaining peak performance for a whole day is very difficult, which can lead to inconsistencies in the quality of their work.
Construction robots don’t experience fatigue and can work consistently throughout the day, even in extreme heat conditions.
Furthermore, because robots are fully autonomous and dependent on the data they are fed, their work is much more compliant with the established designs and requirements.
Wei Build - Robots
Susi Susanti
Created on April 17, 2025
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Transcript
Safety
Productivity
Sustainability
Consistency