Systematic Design
We adopt a systematic approach by developing robots as a “robotic construction team.” Different robots collaborate on the same construction process, including stacking, transporting, and installing, which enhances overall construction efficiency.
Multifunctional Design
We pioneered the concept of multifunctionality, enabling a single device to perform two key tasks in basic decoration: the installation of “prefabricated floors” (raised floors) and “decorative partition walls” (secondary wall bricks). This increases equipment utilization and reduces construction costs.
Compact Design
The compact size and lightweight nature of the equipment allow for a high load-to-weight ratio, making it energy-efficient. It is highly adaptable to various environments, including complex and confined spaces.
Safety Design
Speed and force limitations, collision detection and stopping, and an emergency stop button. Additionally, active task confirmation is also an essential safety principle. The core of this principle is for the robot to proactively confirm its surroundings or await human instructions before executing critical steps to ensure operational safety. This includes task confirmation, awaiting commands, and human-machine interaction prompts.
