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Layout Marking Robot is an intelligent construction equipment that can automate the task of marking out construction layouts. It is mainly applied to the marking tasks in the fields of electromechanical installation, decoration installation, main structure, and other scenarios in the construction industry. This robot utilizes millimetre-level high-speed motion coordinate tracking and positioning technology to achieve high-precision marking within a 60-meter operating radius of ±2mm. By importing and automatically analysing construction CAD drawing files through a tablet, it can automatically plan the marking path. Its efficiency is particularly remarkable for complex and irregular marking tasks such as curves and oblique lines.

Description:

• Precise Positioning and Marking: The ability to precisely control marking accuracy down to the millimetre level significantly reduces human error, making it suitable for complex architectural structures. 
• Enhanced Construction Efficiency: Automation streamlines the marking process, shortening the time required and accelerating construction progress. Continuous operation without environmental or manpower constraints further reduces the overall construction cycle.
• Improved Safety: By minimising the need for workers to enter hazardous areas (such as high altitudes or edges), the robot significantly decreases the risk of safety incidents.
• Maintenance and Upgrades: Its modular design facilitates easy maintenance and component replacement. Additionally, software upgrades are supported to maintain optimal product performance and usability.
• Environmental Protection and Energy Saving: Featuring noiseless operation and low emissions, the robot's efficient performance minimises energy consumption, contributing to green construction practices.
• Education and Training: Serving as an educational tool, the robot assists students and novice workers in understanding marking principles and construction processes. It provides a visual demonstration of marking outcomes, enhancing training efficiency and outcomes.

Applications:

• Intelligent Layout Marking: The layout marking robot is capable of intelligently completing construction marking tasks, precisely marking the planar contours, installation positions, and operational task lines of building structures. By importing CAD drawings, it automatically analyses and plans the marking paths, significantly enhancing the efficiency and accuracy of construction marking.
• Enhanced Marking Precision: The layout marking robot employs millimetre-level high-speed motion coordinate tracking and positioning technology, enabling millimetre-level precision marking. This is crucial for stringent construction requirements, reducing rework and losses caused by marking errors, and improving project quality.
• Reduced Labor Costs: Traditional construction marking requires the collaboration of multiple workers, whereas the layout marking robot can be controlled by one or a few operators to complete marking tasks that would otherwise require a significant amount of manpower. This not only lowers labor costs but also alleviates the physical strain on workers.
• Improved Construction Efficiency: The layout marking robot can continuously and rapidly complete marking tasks, unconstrained by time or physical limitations. Compared to manual marking, they significantly increase construction efficiency, shorten project durations, and enable tasks to be completed faster.
• Minimised Human Errors: Human factors, such as fatigue and inattention, often lead to marking errors in construction marking. However, the layout marking robot operates according to preset programs and instructions, reducing the likelihood of human errors and enhancing the reliability of marking.
• Facilitating Construction Digitisation: The layout marking robot is a vital component of construction digitisation. It can integrate with advanced BIM technology to access construction information, promoting the development of digital construction.
• Adapting to Diverse Construction Needs: The layout marking robot is not only suitable for marking tasks in general construction but can also be applied in special construction environments such as high-rise buildings, underground projects, venues, and electromechanical installations, fulfilling diverse construction marking requirements.

 Project Reference:

• Beijing National Convention Centre Phase II Project
• Shanghai Grand Opera House Project
• Shenzhen Spectacles Smart Manufacturing Industrial Building Project
• Changsha First Hospital North Campus Project
• Nantong Haimen Northern New City Medical Complex Phase I Project