#USA #Las Vegas #CES 2026 #PaXini #TORA-ONE

PaXini's Revolutionary Tactile Infrastructure Unveiled at CES 2026

At the CES 2026 event, held in Las Vegas, PaXini showcased its latest innovations in embodied AI and tactile infrastructure, drawing significant attention from industry experts and media alike. The demonstration featured a humanoid robot named TORA-ONE, which effectively executed a series of intricate tasks involved in making ice cream. The impressive robotic demonstration highlighted the capabilities of advanced tactile interaction,
which is set to redefine the potential of AI technologies in various sectors.

Showcasing Human-Like Interaction

The live demonstration at the ENTERPRISE AI Zone included the robot's ability to manipulate levers, handle ingredients, and transfer cups. PaXini’s commitment to creating robots that can replicate human-like dexterity was prominently displayed, with TORA-ONE managing these tasks seamlessly. This event not only showcased the company's latest robots but also emphasized their potential applications in real-world scenarios.

Comprehensive Product Matrix

PaXini has developed an extensive product matrix targeting high-precision tactile perception. Their exhibit featured cutting-edge technologies such as a full-body 6-axis force/torque sensing ecosystem and multidimensional tactile dexterous hands. The impressive PX-6AX-GEN3 tactile sensor system stands at the core of their product lineup, offering exceptional precision with less than 0.5%FS repeatability over a full measurement range. The sensor supports 15 different sensing dimensions including texture, force, and material response, creating a robust foundation for future robotic applications.

Advanced Features of Tactile Sensors

In addition to the fingertip sensors, force control using wrist and joint mechanisms is crucial for achieving advanced manipulation tasks. PaXini introduced the PX6D/PXTS, which is recognized as the world's first Hall-effect 6D force/torque sensor designed for embodied AI use. This lightweight, intelligent sensor sets a new industry benchmark in measurement and responsiveness, providing reliable whole-body force perception at an attractive cost-performance ratio.

Translating Perception into Action

PaXini's DexH13 multidimensional tactile hand is engineered to translate sensory perception into precise operational execution. Boasting 1,140 multidimensional tactile processing units, the DexH13 can replicate a wide spectrum of human hand gestures and perform complex tasks including stable grasping of irregular items. This includes everything from test tubes to knobs, marking a significant advancement in robots' ability to execute delicate tasks.

Humanoid Robots That Understand Interaction

At the event, PaXini's humanoid robots exemplified the intersection of tactile perception and dynamic action. TORA-ONE, for instance, demonstrated sophisticated motion control through various tasks, from receiving and dispensing cups to executing pick-and-place operations. Another display, TORA-DOUBLE ONE, highlighted capabilities in complex obstacle navigation while engaging interactively with attendees, offering handshakes to visitors.

Pioneering Data Acquisition in AI

A crucial highlight was the introduction of the Omni-Modality Embodied AI Data Acquisition System, which PaXini developed to provide a comprehensive solution for data collection challenges in the physical interactions of AI. This scalable system addresses existing data scarcity issues, enabling the capture of vast amounts of reliability data for training AI systems. This innovative approach underscores their commitment to enhancing the utility of embodied AI through user-centered design.

Building a Closed Ecosystem for AI Evolution

Through a sophisticated closed-loop system encompassing tactile sensors, robotic platforms, embodied data, and application scenarios, PaXini set a new standard for AI technologies. Their approach emphasizes a systematic method of improving AI's capacity to comprehend and interact with the physical world, with the goal of making intelligent tactile solutions ubiquitous across multiple industries.

In conclusion, PaXini's groundbreaking unveiling of its tactile infrastructure at CES 2026 reaffirms their position as a leader in the development of embodied AI technologies. Their innovative solutions promise to enhance how we integrate robots into everyday life, employing precision and dexterity that parallel human capabilities.