Established in March 2012, Hangzhou Excitech Technology Co., Ltd. stands as a titan in the humanoid and smart service robot industry. As the first humanoid robot company listed on the Hong Kong Stock Exchange (9880.HK), our authority is rooted in over a decade of relentless innovation and a full-stack technological ecosystem. We don't just manufacture; we redefine how Embodied AI interacts with the physical world.
Leveraging Hangzhou's high-tech manufacturing cluster, we integrate high-performance servo actuators and precision mechanical components at a fraction of global costs without compromising quality.
Our "Design-to-Production" cycle is accelerated by proximity to the world's densest component supplier network, allowing us to iterate humanoid brain and cerebellum functions in weeks.
Strategic locations near major ports ensure that our R&D robots—from bionic dogs to industrial sandblasting units—reach global markets with optimized lead times.
What sets a "Research & Development Robot" apart from consumer gadgets is the underlying architecture. Our proprietary ROSA 2.0 (Robot Operating System Application Framework) serves as the central nervous system for our fleet.
Our robots utilize RGBD image sensors and ToF technology for 3D/2D image fusion. This allows for fall detection, target recognition, and sub-centimeter positioning accuracy in complex indoor/outdoor environments.
The "muscles" of our robots are engineered for high torque density and thermal stability. Whether it's the Go2 quadruped's agile jumps or the 8-axis robot's precision spraying, our motion planning control ensures fluid dynamics.
We adhere to CE, FCC, and RoHS certifications. Our data privacy protocols are aligned with GDPR, ensuring that any visual data captured by our patrol robots remains secure and encrypted.
We provide open-source APIs and SDKs localized in 10+ languages. This enables researchers in the US, Europe, and Asia to customize the "cerebellum" of our robots for specific regional needs like museum tours or elderly care.
Automating warehouse sorting and "last-meter" delivery using autonomous quadruped units capable of navigating stairs and obstacles.
From primary school interactive plush robots to university-level hydrogen fuel cell research kits, we empower the next generation of engineers.
Real-time unmanned patrol robots for residential and factory security, featuring remote inspection and thermal imaging capabilities.
Integrating Fall Detection and companion AI to assist in smart elderly care facilities, providing both physical monitoring and emotional support.
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
The industry is shifting from "Programmed Response" to "Generative Action". By integrating Large Language Models (LLMs) with our humanoid controllers, we are achieving Embodied Intelligence. This means robots can now understand natural language commands and translate them into physical actions—like a museum guide robot explaining history or a patrol robot identifying a safety hazard via semantic reasoning.
A: Unlike standard industrial arms, our robots are equipped with multimodal sensors and our ROSA 2.0 framework, providing developers with high-fidelity environmental data and granular control over motion planning.
A: As an HKSE listed company, we have established distribution networks and service centers in key regions. We offer modular hardware designs, making it easy for local technicians to replace components if needed.
A: Yes. Our systems are designed for interoperability, supporting integration with TensorFlow, PyTorch, and various LLM APIs for advanced cognitive research.
A: It is the speed of the "Iterative Loop". We can move from a theoretical R&D model to a physical prototype 40% faster than competitors due to our deep integration with the local high-precision component supply chain.