抹灰效率翻两倍 人机协作更稳当

Core Insights - The introduction of plastering robots significantly enhances construction efficiency and quality, with reports indicating that these robots can complete tasks in two hours that would traditionally take a day for human workers [3] - The robots provide consistent force application, reducing issues such as cracking and hollow spots that are common with manual plastering, achieving a precision error of only 1.8 millimeters compared to the standard of 4 millimeters [3] - The use of robots eliminates the need for scaffolding, improving safety for workers and allowing them to focus on detailed finishing work [3] Group 1 - The plastering robot can complete tasks in two hours, which traditionally takes a day for human workers [3] - The robot's consistent application of force leads to improved quality, reducing the likelihood of defects such as cracking [3] - The precision of the robot's work is significantly better, with an error margin of 1.8 millimeters compared to the acceptable standard of 4 millimeters [3] Group 2 - The use of robots in construction has increased overall efficiency by more than two times [3] - The elimination of scaffolding reduces safety risks for workers, allowing them to work from lifts instead [3] - The introduction of other robots, such as floor grinding robots, further enhances construction site safety and health by controlling dust levels effectively [3]