Direct from Precision Robotic Engineering Facilities: High-Dynamic Quadrupeds, Collaborative Manipulators & Sensing Systems
An Industry Whitepaper on Industrial Robotics, Embodied Artificial Intelligence, and Smart Factory Ecosystems
The global industrial economy is experiencing a structural inflection point driven by demographic shifts, escalating labor costs, and a demand for operational resilience. Modern enterprises no longer view automation as a passive efficiency layer, but as a dynamic strategic imperative. "Task Automation"—encompassing physical robotic execution, cognitive perception, autonomous mobility, and algorithmic process orchestration—is replacing rigid, fixed automation models with flexible, adaptive intelligence.
Key Strategic Insight: Transitioning from fixed-automation lines to Embodied AI and Mobile Robotics reduces factory reconfiguration latency by up to 74% and yields total cost of ownership (TCO) efficiency within 14 months of deployment across industrial manufacturing environments.
Industrial task automation factories and global OEM/ODM suppliers now face the challenge of bridging the physical-digital divide. Systems must traverse complex unstructured environments, execute high-precision repetitive manipulation, handle hazardous operations without human risk, and continuously ingest spatial data for real-time decision-making. Factories equipped with advanced task automation platforms achieve unprecedented operational throughput, transitioning from conventional manual labor dependency to intelligent, autonomous ecosystems.
Leading the Global Wave of Humanoid and Smart Service Robotics Innovation
Bringing intelligent robots into every family, and making everyday life more convenient and intelligent.
With intelligent robot as the carrier and AI technology as the core, we aim to build an intelligent eco-system with hardware, software, service and content all integrated together.
Creativity, Resilience, Collaboration, Straightforwardness
Established in March 2012, Hangzhou Excitech Technology Co., Ltd. is a leading humanoid robots and smart service robots company. On 29 December, 2023, we were listed on the main board of the Hong Kong Stock Exchange (stock code: 9880.HK), and have become the first humanoid robot company listed on Hong Kong Stock Exchange.
Dedicated to the mission of 'bringing intelligent robots into every family, and making everyday life more convenient and intelligent', we have developed a full stack of humanoid robotic technologies independently. Building on our full-stack technologies, Excitech has engaged in the research and development, design, smart production, and commercialization of smart service robots, and has developed smart robotic solutions that integrate with hardware, software, service and contents. These solutions span various industries such as AI education, smart logistics, smart elderly care, business and consumer service.
Excitech is among the few global leaders in full-stack humanoid robotics technologies. Our full-stack technologies are a holistic combination of industry-leading robotic technologies (robotic motion planning and control technology, and high performance servo actuators), our AI technologies (human-like brain function and cerebellum function), integrated robotic and AI technologies (SLAM and autonomous technology, visual servo operation and human-robot interaction), and Robot Operating System Application Framework (ROSA 2.0), our proprietary robotics application framework.
Deconstructing the Core Hardware and Algorithmic Stack Powering Next-Gen Automation
An enterprise-grade robotics application framework providing unified device abstraction, low-latency cross-node communication, dynamic resource management, and scalable cloud-edge synchronization.
Dual-tiered AI architecture separating high-level cognitive reasoning (task planning, natural language comprehension) from low-latency dynamic dynamic gait balance and high-frequency servo control.
Custom-engineered high-torque density actuators offering millimeter-level positional repeatability, dynamic impact resistance, and rapid thermal dissipation for continuous heavy-duty industrial cycles.
Advanced multi-modal sensor fusion incorporating short-range precision 3D depth sensors, LiDAR, and visual odometry for sub-millimeter micro-assembly and dynamic obstacle negotiation.
Combining quadrupedal dynamic balance with high-efficiency pneumatic wheeled movement (e.g., Go2-W), conquering 35° inclines, 70cm vertical obstacles, and rough terrain seamlessly.
Engineered to operate in extreme environmental conditions, from underwater pipeline dredging and sonochemistry research to hazardous chemical plant safety inspections.
How Industrial Automation Suppliers Transform Real-World Operations Across Vertical Sectors
Modern fulfillment hubs demand round-the-clock efficiency. Traditional fixed conveyors lack flexibility. Our lightweight 4-axis palletizing robots combined with autonomous quadruped fleet management allow warehouses to dynamically reconfigure pick-and-pack pathways. Autonomous mobile robots (AMRs) interface directly with enterprise ERP/WMS systems using ROSA 2.0 to eliminate throughput bottlenecks and reduce human fatigue errors in heavy lifting operations.
In high-precision manufacturing, micro-assembly requires sub-millimeter visual feedback. Integrating precision 3D sensors like the Metasense 605/605g into lightweight 6-axis welding collaborative robots enables real-time seam tracking and quality verification. This hybrid approach allows factories to automate low-volume, high-mix component welding while maintaining absolute thermal and mechanical consistency.
Municipal pipelines, underwater cooling channels, and hazardous chemical conduit networks present significant risks to human service crews. Heavy-duty IP68 waterproof dredging robots equipped with rubber tracks navigate abrasive sludge, clear submerged blockages, and transmit HD ultrasonic visual data back to operators. This operational shift converts hazardous manual labor into safe remote supervisory monitoring.
The acceleration of AI requires physical testbeds. Intelligent programmable quadruped platforms provide open SDK access for researchers to develop novel reinforcement learning algorithms, locomotion patterns, and dynamic manipulation control. Scientific platforms such as the Geely Farizon V6e research chassis allow top-tier universities to innovate in autonomous driving, edge compute clusters, and multi-robot swarm orchestration.
Engineered Specifications Across Strategic Task Automation Categories
Anticipating the Convergence of Large Language Models, Physical Spatial Compute, and Autonomous Factories
The next decade of task automation will move beyond pre-programmed deterministic routines into generalized, zero-shot task execution. Enabled by foundation models trained on massive multimodal kinematic datasets, future industrial robots will parse verbal commands, evaluate task environments visually, and synthesize optimal manipulation trajectories in real-time.
Expert Engineering Insights on Selecting and Deploying Task Automation Systems
A certified Task Automation Factory integrates hardware manufacturing (cnc machining, servo actuator assembly, sensor integration) with advanced software stack development (ROS/ROSA 2.0, motion control algorithms, vision models). Factories like Hangzhou Excitech Technology (HKEX: 9880.HK) maintain complete end-to-end full-stack IP, ensuring seamless cohesion between actuator physics, AI compute, and industrial application frameworks.
Hybrid models like the Unitree Go2-W combine the high speed and energy efficiency of pneumatic wheels on smooth surfaces with the terrain-stepping capability of articulated quadruped legs over obstacles. They can traverse 35° slopes and step over 70cm vertical barriers where rigid wheeled AMRs would fail, making them ideal for complex, semi-structured industrial sites.
IP68 protection ensures complete ingress prevention against dust and continuous submersion under water under specified pressure conditions. For applications like pipeline dredging, hazardous liquid tank cleaning, and severe weather road safety monitoring, IP68 encapsulation guarantees component longevity and operational safety without risking mechanical failure.
ROSA 2.0 serves as an enterprise-grade middleware abstraction layer. It decouples high-level application code (AI interaction, logistics scheduling) from low-level joint hardware drivers. This standard enables rapid scaling, simplified OTA firmware management, continuous system diagnostics, and security isolation compliant with international cyber-physical safety standards.
Collaborative welding arms utilize high-precision joint encoders combined with 3D perception sensors (such as Metasense 605). They continuously compute real-time seam positioning and compensate for physical work-piece tolerances, allowing clean, continuous weld beads while maintaining human-safe power and force-limiting (PFL) protocols.
Explore Advanced Sensor Modules, Infrastructure Maintenance Fleet & Assistive Robotics Solutions
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