Transforming Interaction: PaXini's Innovations at CES 2026
At CES 2026, the spotlight shone brightly on PaXini as they showcased their cutting-edge innovations in embodied AI technology. The company demonstrated groundbreaking advancements in robotic tactile interaction at the ENTERPRISE AI Zone in Las Vegas, attracting the attention of experts and media alike.
The Humanoid Robot Demonstration
A standout feature of PaXini's presentation was the impressive live demonstration featuring TORA-ONE, a humanoid robot capable of executing a complete ice-cream-making process. This exercise highlighted TORA-ONE's remarkable robotic dexterity as it skillfully manipulated levers, handled ingredients, and handed over cups, signifying a new era of autonomous task execution.
Innovative Tactile Sensing Technology
At the heart of PaXini's offerings is their high-precision tactile perception system. The company introduced a full-body 6-axis force/torque (F/T) sensing ecosystem, which is integral for enhancing the dexterity of robotic hands. The PX-6AX-GEN3 multidimensional tactile sensor enabled the intricate hand perception required for complex tasks. This system achieves impressive performance metrics such as < 0.5%FS repeatability and simultaneously measures various sensing dimensions, including six-axis force, material texture, and elastic response.
Bridging Perception and Action
The integration of tactile sensing into robotic hands is exemplified by the DexH13 multidimensional tactile dexterous hand. Boasting 1,140 ITPU processing units, the DexH13 can accurately imitate numerous human gestures and perform tasks with high precision, like grasping irregularly shaped objects and delicate knob-turning operations.
Advancing Innovation in Humanoid Robotics
PaXini's humanoid robots symbolize the pinnacle of their research in translating perception into action. Their advanced models, including TORA-ONE and TORA-DOUBLE ONE, showcase the exceptional capabilities of humanoid robots, from smoothly receiving and dispensing cups to performing intricate movements like obstacle navigation and engaging with visitors through handshakes.
Pioneering Omni-Modality Data Acquisition
A significant advancement highlighted during the event was the Omni-Modality Embodied AI Data Acquisition System developed by PaXini. This innovative approach addresses the industry’s need for comprehensive physical contact modality data. By leveraging a human-centric design, PaXini enhances data acquisition efficiency and offers a resource that supports vastly reusable data over time.
A Robust Ecosystem for AI Development
PaXini's closed-loop ecosystem, encompassing tactile sensors, robotic platforms, embodied data, and application scenarios, provides a full spectrum of embodied AI solutions. This approach ensures that AI can genuinely interact with the physical world, democratizing intelligent touch technology across various applications.
Conclusion and Forward Vision
As a leader in embodied AI solutions, PaXini is committed to transforming the landscape of interaction technology. Their advancements showcased at CES 2026 emphasize the symbiosis of tactile sensory perception and action in robotics, positioning the company as a vital player in the future of intelligent automation and interaction.
Frequently Asked Questions
What technologies did PaXini demonstrate at CES 2026?
PaXini showcased their humanoid robot, TORA-ONE, which demonstrated advanced tactile interaction and manipulation capabilities during live demonstrations.
How does the PX-6AX-GEN3 sensor enhance robotic function?
The PX-6AX-GEN3 sensor is pivotal for hand perception, allowing robots to accurately measure various dimensions such as force and texture, enhancing their interaction abilities.
What is the significance of the Omni-Modality Data Acquisition System?
This system allows for more efficient data collection, addressing industry challenges related to physical interaction data scarcity and significantly improving usability.
What role do PaXini’s humanoid robots play in industrial applications?
PaXini's humanoid robots are designed to offer generalization capability and efficient performance, enabling seamless integration of AI into various industrial scenarios.
How does PaXini’s ecosystem facilitate AI development?
The integrated ecosystem of tactile sensors, robots, and data applications enables AI to interact effectively and intelligently with the physical world, fostering advancements in technology.
