Explore our leading collection of high-precision autonomous systems, ranging from quadruped platforms to complex industrial processors.
Established in March 2012, Hangzhou Excitech Technology Co., Ltd. has developed into a preeminent force in the global humanoid and intelligent service robot space. Marking a historic milestone on 29 December 2023, the company successfully listed on the main board of the Hong Kong Stock Exchange, solidifying its profile as a premier, high-growth technology leader. Our business focuses on addressing complex socio-economic pain points through smart motion, high-efficiency computation, and intuitive Human-Robot Interaction (HRI).
Unlike regional assemblers, Excitech owns its entire intellectual property tree. We design, manufacture, and distribute specialized solutions for global commercial ecosystems. By combining high-density servo motors with proprietary cerebrum-cerebellum system modeling, our quadruped and automated robots process external stimuli in real-time, executing tasks under adverse environmental conditions.
The foundation of our competitive edge is our proprietary ROSA 2.0 (Robot Operating System Application Framework). ROSA 2.0 serves as the centralized computing core, seamlessly balancing low-level motion controllers with high-level cognitive vision models. This facilitates immediate environment mapping (SLAM), active force feedback response, and real-time path planning, ensuring optimal uptime in automated production cycles, critical chemical plant patrols, or scientific research projects.
Dynamic locomotion algorithms adjusting gait in real-time across shifting and unpredictable topographies.
Proprietary servo drive technology enabling dynamic lifting capacities and high-torque precision outputs.
Simultaneous processing of 4D LiDAR, optical depth sensors, and ultrasonic positioning arrays.
A mission-driven organization shaping global automation benchmarks through core values of innovation, resilience, and strict engineering discipline.
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. We cultivate industry trust through transparent R&D paradigms and collaborative client integration.
Forging ahead with next-generation architectural enhancements to redefine human-machine coordination interfaces.
Deploying advanced multimodal LLMs directly to edge-processing chips inside quadruped robots. This enables operators to issue conversational, natural-language commands to complete complex physical inspections.
Transitioning from preset kinematic paths to real-time, sensor-driven dynamic task creation. Robots autonomously identify novel objects, assess weight and material vulnerabilities, and configure grasping vectors without manual programming.
Deploying mature humanoid systems featuring bi-pedal balance, high-fidelity tactile hand sensors, and cross-domain operational intelligence to assist in manufacturing, logistics, and eldercare ecosystems globally.
Our commitment to R&D ensures we continually outpace industry standards in payload-to-weight ratios, operational longevity, and mean time between failure (MTBF). By maintaining strict control over component manufacturing, we maximize efficiency and physical durability.
Engineered for mission-critical tasks across heavy industrial, clinical, and municipal infrastructure sectors.
Using explosion-proof quadruped robots equipped with thermal cameras and toxic gas sensors to survey refineries, eliminating human exposure to hazardous gases, high pressures, and extreme temperatures.
Integrating parallel delta robots and multi-axis lightweight mechanical arms into packaging facilities, allowing companies to process high-speed sorting and cartoning operations with minimal alignment drift.
Using robust, waterproof underpass drainage robots to navigate flooded storm drains, clear debris, and run diagnostics without shutting down public roadways or putting human maintenance workers at risk.
Maximizing value through vertical integration, localized raw materials, and smart manufacturing.
Operating out of China's premier high-tech manufacturing corridors gives Excitech structural efficiency advantages that directly benefit our international client base. Our production facilities implement strict Industry 4.0 parameters, incorporating automated visual inspection pipelines, robotic sub-assembly, and digitized warehouse routing systems.
By sourcing high-grade aluminum alloys, structural polymers, and raw semiconductor components locally, we mitigate geopolitical supply-chain blockages. This spatial concentration of parts suppliers enables us to shorten prototyping and assembly cycles significantly compared to Western counterparts, passing the cost savings onto our global distribution networks.
Additionally, our factory implements a continuous-improvement testing pipeline. Every robot dog, six-axis arm, or ultrasonic sonochemistry component undergoes rigorous physical stress testing, multi-hour temperature calibration, and vibration analysis prior to shipping, securing our status as a trusted manufacturer.
Proprietary production of key mechanical components, ensuring consistent quality and predictable lead times.
Close proximity to core component suppliers enables rapid iteration on custom hardware requests.
A globally integrated network providing complete operational compliance across international territories.
Excitech systems carry international certifications including CE (Europe), FCC (United States), RoHS, and specific ATEX explosion-proof marks for petrochemical deployments, meeting localized trade and safety criteria.
Data privacy is critical for critical infrastructure. ROSA 2.0 incorporates localized data processing algorithms, adhering strictly to European GDPR and California CCPA guidelines, keeping all mapping and telemetry data local to the deployment environment.
Supported by a global network of partners, we offer 24/7 technical assistance, local component depots, and rapid deployment engineers to minimize down-time and streamline hardware updates.
Meeting operational requirements, financial criteria, and software compatibility metrics for large-scale deployments.
Procurement teams at modern enterprises evaluate robotic hardware based on strict metrics: Total Cost of Ownership (TCO), software integration flexibility, and long-term hardware support. Excitech addresses these needs through comprehensive developer toolkits (SDKs), robust API documentation, and transparent pricing structures.
Our programmable quadruped models, such as the Unitree Go2 Edu PRO and Unitree B2, support standard development environments like ROS, ROS2, and C++, enabling university labs and software teams to quickly implement custom navigation, vision, and manipulation scripts.
Clear, direct technical answers regarding our hardware solutions, software environment, and procurement pipelines.
Complete your automation pipeline with our specialized industrial robotics collection, built for long operational lifetimes.
Excitech Robot
