On the afternoon of September 23, at the 2025 China International Industry Fair (CIIF), DOBOT showcased its robot-powered "Super Factory" featuring deep robotic integration.

At the exhibition, DOBOT's bipedal humanoid robots precisely sorted materials beside conveyor belts, wheeled robots flexibly navigated between equipment, quadruped robot dogs conducted stable inspections in complex environments, and collaborative robotic arms completed assembly tasks at high-precision workstations. These diverse robots operated not in isolation, but in coordinated collaboration under unified scheduling to complete comprehensive tasks from gripping and detection to transportation and assembly. This multi-form embodied intelligent robot platform is what DOBOT calls its "Super Factory."

The core innovation of DOBOT's multi-form embodied intelligent "Super Factory" lies in its "centralized discussion + distributed execution" architecture design. The system's top-level "Factory Intelligence Hub" serves as the super brain, constructing comprehensive environmental models through multi-modal sensing devices and relying on industrial large models for task planning and dynamic scheduling. The execution layer consists of four types of robots, each with specific responsibilities.

Wheeled humanoid robots, with their flexible mobility and high-precision operation capabilities, handle material transfer between production lines and rapid response tasks. Bipedal humanoid robots leverage humanoid operation capabilities to complete refined operations and multi-task coordination. Quadruped robot dogs are suitable for inspection and transportation in unstructured environments. Collaborative robotic arms focus on highly repetitive, high-precision workstation operations.

This architecture utilizes spatio-temporal action chunking ACT predictive control large model technology to achieve long-sequence task generation and low-latency control, supporting rapid adaptation to complex scenarios with reduced computational consumption. Notably, DOBOT has achieved normalized collaborative operation of multi-form robots for the first time, covering real factory core processes from material sorting and visual inspection to precision assembly, providing industrial customers with rapidly deployable flexible production solutions.