- PaXini is exploring a Hong Kong IPO after securing over 1 billion yuan in fresh funding.
- The company is scaling embodied intelligence technologies through robotics deployments and industrial partnerships.
Chinese robotics startup PaXini Tech, backed by BYD and JD.com, is evaluating a potential Hong Kong initial public offering as investor interest in advanced robotics and embodied intelligence continues to accelerate. The company is reportedly working with financial institutions on a possible listing and may submit an application to the Hong Kong stock exchange in the coming months. The move comes after a major funding round completed in March, which raised more than 1 billion yuan ($148 million) and pushed the company's valuation beyond 10 billion yuan.
Founded in June 2021, PaXini has rapidly emerged as a notable player in the robotics industry through its focus on high-precision tactile sensing technology. Its product portfolio includes tactile sensors, dexterous robotic grippers, and the humanoid robot Tora. The company has positioned itself within the fast-growing embodied intelligence segment, where robots combine perception, reasoning, and physical interaction capabilities to perform increasingly complex real-world tasks.
Momentum in the robotics sector has strengthened significantly across China, creating favorable conditions for technology companies seeking capital market opportunities. PaXini's planned IPO follows increased activity among robotics firms pursuing public listings. Industry participants have benefited from growing enthusiasm around frontier technologies, particularly humanoid robotics, artificial intelligence, and automation systems capable of operating in industrial environments.
In April 2025, BYD made a strategic investment in PaXini, further expanding the automotive giant's involvement in the robotics sector. The investment followed BYD's earlier participation in other robotics ventures and highlighted increasing convergence between the automotive and intelligent robotics industries. Such investments reflect expectations that robotics technologies will play a growing role in future manufacturing, logistics, and industrial automation ecosystems.
PaXini states that it has developed significant technological capabilities in embodied intelligence, supported by extensive real-world data collection and model training. The company indicates that it is among a limited number of organizations globally capable of training large-scale models using tens of billions of real-world data points. This capability is intended to enhance the performance of robots operating in dynamic and unstructured environments.
The company's proprietary OmniVTLA 2.0 full-modality large model is designed to elevate tactile perception into a core decision-making input. According to PaXini, the technology addresses limitations associated with conventional robotic systems that primarily depend on visual data. By integrating advanced touch-based sensing into the decision process, the platform aims to improve robotic precision, adaptability, and interaction with physical objects.
Key Highlights of PaXini's Technology Portfolio
| Technology | Purpose |
|---|---|
| High-Precision Tactile Sensors | Advanced touch perception and data collection |
| Dexterous Robotic Grippers | Complex object handling and manipulation |
| Tora Humanoid Robot | Industrial task execution and automation |
| OmniVTLA 2.0 Model | Full-modality embodied intelligence platform |
PaXini's technology has also contributed to strategic industrial collaborations. In May, the company established a deep partnership with Geely Auto, leveraging its tactile robotics capabilities within automotive manufacturing operations. The collaboration demonstrates how embodied intelligence systems are moving from research environments into real-world production facilities where measurable efficiency gains can be achieved.
At Geely's Qiantang manufacturing base, PaXini deployed its multi-dimensional tactile humanoid robot Tora-One for demanding assembly operations. The robot has been assigned tasks including automotive wiring harness assembly and precision pasting procedures that require accuracy and consistency. According to company statements, Tora-One completed eight hours of continuous operation without anomalies while achieving a task success rate of 99.8%, contributing to lower labor costs and improved operational efficiency.
PaXini's commercial progress has also attracted attention from major global financial institutions. Research assessments from Goldman Sachs and Morgan Stanley have reportedly identified the company as an important infrastructure-layer participant within the emerging embodied intelligence ecosystem. Such recognition underscores growing confidence in the potential economic value of tactile sensing technologies and large-scale robotics deployment.
The company claims to hold more than 80% of the global robotic tactile sensor market. Through the independent development of tactile chips and module packaging technologies, PaXini has sought to reduce manufacturing costs while expanding accessibility. Its efforts have reportedly lowered the unit price of multi-dimensional tactile sensors to approximately 199 yuan, enabling broader adoption of tactile technology across industrial applications.
By transforming tactile sensing from a specialized laboratory technology into a scalable industrial component, PaXini has strengthened its position within the physical AI landscape. The company believes its expanding data collection capabilities and sensor deployment network provide a competitive advantage as demand for embodied intelligence solutions continues to grow across manufacturing and automation sectors.
If the Hong Kong IPO proceeds successfully, the company is expected to secure additional capital for expanding its large-scale data collection facilities and advancing research into its full-modality world model. The funding could accelerate commercialization efforts, support broader deployment of humanoid robotics, and further strengthen PaXini's role in the evolving embodied intelligence industry.
Frequently Asked Questions
Why is PaXini considering a Hong Kong IPO?
PaXini is exploring a Hong Kong IPO to support its next phase of growth in robotics and embodied intelligence. Following a funding round exceeding 1 billion yuan that raised its valuation above 10 billion yuan, the company may seek public capital to expand research, scale manufacturing capabilities, develop advanced AI models, and increase deployment of humanoid robots. An IPO would also strengthen its financial position as competition intensifies within the rapidly growing robotics sector.
What are PaXini's main products?
PaXini develops high-precision tactile sensors, dexterous robotic grippers, and humanoid robots, including its Tora platform. These technologies are designed to improve robotic perception and manipulation through advanced touch sensing. The company's OmniVTLA 2.0 full-modality model further integrates tactile information into decision-making processes, enabling robots to perform complex industrial tasks more effectively. Together, these products form the foundation of PaXini's embodied intelligence strategy.
How is PaXini working with Geely Auto?
PaXini and Geely Auto have established a strategic partnership focused on deploying humanoid robotics within automotive manufacturing operations. The collaboration includes the deployment of Tora-One robots at Geely's Qiantang production facility. These robots perform intricate tasks such as wiring harness assembly and precision pasting. Reported operational results indicate high reliability and task completion rates, demonstrating the potential of embodied intelligence technologies in large-scale industrial environments.
What makes PaXini's tactile technology significant?
PaXini's tactile technology is designed to allow robots to sense and interpret physical interactions in ways that go beyond traditional vision-based systems. By incorporating touch as a core decision-making input, robots can perform more precise and adaptive actions. The company has also focused on reducing sensor costs through proprietary chip and packaging technologies, making advanced tactile sensing more practical for industrial deployment and supporting broader adoption of physical AI applications.
Top of Form
Bottom of Form
Click above to visit the official source.