Kelly Robot

Kelly RobotAbout Us

Kelly Robot builds robots that actually work in the real world.

Based in Foshan, one of China’s strongest manufacturing centers, we combine AI technology with solid engineering to create intelligent machines designed for everyday commercial use.

We started with coffee robots, solving a simple problem: how to make high-quality coffee consistently, without relying on skilled labor. From there, we expanded into service robots and autonomous delivery systems—bringing embodied intelligence into real business environments.

Our technology connects AI decision-making, precision motion control, and cloud-based data systems into one integrated platform. This allows our robots to operate reliably, improve continuously through data, and scale efficiently across locations.

But Kelly Robot is more than a hardware company. We support partners with equipment, operations, supply chain integration, and traffic support—helping them build sustainable, low-risk businesses.

We believe technology should lower barriers, not raise them.
And we build robots not to impress in a lab—but to perform in the field.

Kelly RobotCompany Certificates

Kelly RobotCreating Value Through Technology, Reshaping the Future of Business

Our Team

Kelly Robot is led by a team that understands both technology and execution.

Our engineers and AI specialists come from leading global companies and real-world operating environments. Our founders have built and scaled businesses, including publicly listed enterprises. Together, we bring experience in robotics, intelligent systems, advanced manufacturing, and commercial operations.
We focus on building technology that works outside the lab.

That means systems designed for reliability, scalability, and everyday use—not just demonstrations. We care about performance in real environments, long-term stability, and measurable results.
At Kelly Robot, we don’t separate engineering from business.

We design with deployment in mind.
Because innovation only matters when it works in the real world.

Kelly RobotCompany R&D

Liu Jinming

AI Application Integration / Automation Development Position

Responsible for the overall advancement of smart device control and automation solutions. Focusing on core equipment—such as coffee machines and ice makers—this role entails organizing documentation, conducting interface investigations, validating control parameters, and ensuring the closed-loop resolution of issues; furthermore, the incumbent serves as the key liaison between the device side and the Large Language Models, backend systems, and voice capabilities.
Zhou Guozhang

Coffee Machine Structural Engineer

Primarily responsible for the end-to-end R&D of the mechanical structure for commercial semi-automatic coffee machines, including complete machine and robotic system integration, as well as the selection and design of core components. Collaborates with electrical control, algorithm, and other teams to facilitate technical interfacing; conducts structural simulations, testing, and issue remediation; and prepares relevant technical documentation.
Zhang Junming

Robotics Structural Engineer

Responsible for the structural design and optimization of complete robotic arms, as well as core components such as joints and end-effectors, and for generating production documentation. Achieves weight reduction and efficiency gains through simulation and material selection; liaises with manufacturing facilities to resolve mass production process and assembly issues; and collaborates with electrical control and motion control teams to address technical challenges during system integration and joint debugging.
Lu Yonghong

Head of Robotics R&D

Responsible for the overall technical architecture, cross-project coordination, and implementation of the coffee robot and simplified robot projects; leads device integration, data acquisition, model training, simulation and evaluation, deployment and feedback loops, and the standardization of R&D processes.
Ou Peijia

Motion Control Engineer

Responsible for the development, debugging, and optimization of motion control algorithms for collaborative robotic arms—encompassing areas such as kinematics solving and trajectory planning. Tasks include building control modules and conducting iterative joint debugging within the ROS framework; collaborating with the mechanical and electrical control teams to ensure trajectory accuracy and motion performance; and supporting the implementation of scenario-specific robotic actions.
Li Zhanhui

Electrical Control Engineer

Responsible for the hardware design and debugging of robotic electrical control systems; conducts fault diagnosis and repair for motor operations; and collaborates on the implementation and optimization of embedded and motor control solutions.
Huang Jiaxuan

Embedded Systems Engineer

Responsible for the development and maintenance of robotic embedded systems, as well as the development and optimization of drivers for peripherals and sensors; developing system software based on SoC platforms; and executing NPU model deployment alongside hardware-software co-optimization.
Long Jinhao

R&D Operations Manager

Responsible for coordinating the R&D and operations framework, managing the entire project lifecycle, allocating resources, and optimizing processes to drive the realization of R&D objectives.