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　　Recently, the subsidiary Guoen Future officially launched two core robotic components developed in-house: the Future Hand dexterous hand and the Future S-series sensors, marking a key breakthrough in the fields of precise robotic manipulation and perception systems. Meanwhile, the companion-type home AI robot, first unveiled at the November 2025 launch event, will also be officially released and available for sale soon. The coordinated advancement of these three products embodies the company’s “New Materials+” industrial ecosystem strategy and represents a critical leap—from technological R&D to product commercialization—in the field of embodied intelligence.

　　 Core components have achieved breakthroughs first, and the product portfolio is beginning to take shape.

　　The two major components released this time are both core modules that enable robots to perform precise operations and engage in intelligent interactions. Typically, their R&D process takes more than a year. Thanks to a team with profound technical expertise and outstanding innovation capabilities, Guoen Future has efficiently completed the entire process—from design to prototype—in a relatively short period. This demonstrates the company’s comprehensive strength in electromechanical system integration, algorithm fusion, high-precision motion control, and mechanism design.

　　The Future Hand, a fully actuated, highly dexterous hand with high degrees of freedom, features 22 independently driven active joints. Combined with built-in high-precision force feedback and a next-generation sensing system, it achieves zero transmission error, millisecond-level response time, and positioning accuracy of 0.5°. Its payload range spans from 1 gram to 15 kilograms. This hand is suitable for highly complex applications such as industrial assembly, minimally invasive surgery, and specialized operations.

　　The Future S-series sensors comprise two major products: the Vision-Tactile 3D Force Sensor (Future Vision-Tactile Sensor) and the Flexible Electronic Skin (Future Skin). The Vision-Tactile 3D Force Sensor (Future Vision-Tactile Sensor) integrates visual and tactile information to achieve simultaneous 3D force sensing and micron-level deformation analysis. Featuring a high frame rate of 120 fps and a micro-force resolution of 0.005 N, it can detect object surface textures, shapes, and force states in real time, providing robots with human-like tactile perception and significantly enhancing their grasping adaptability and operational safety. The Flexible Electronic Skin (Future Skin) is a novel robotic skin that integrates pressure, temperature, and bioelectrical sensors. With a thickness of only 0.1 millimeter, it boasts the capability of simultaneously monitoring physiological signals while maintaining excellent flexibility—enabling it to bend, stretch, and adapt to joint movements, thus allowing for flexible obstacle avoidance. It can be widely applied in health monitoring and human-machine interaction scenarios. The Future S-series products endow robots with human-like tactile perception and physiological signal sensing capabilities, greatly elevating the intelligence level of robotic systems.

　　 Deeply advance the “new materials + AI-driven intelligent manufacturing” initiative, strategically empowering the collaborative development of emerging industries.

　　Since the “Deeply Nourishing All Things—Molding the Future with Robotics” launch event in November 2025, Guoen Future has been steadily advancing integrated innovation in “new materials + AI-driven intelligent manufacturing.” Leveraging the Group’s full-industry-chain capabilities—from polymerization to finished products—in the field of new materials, particularly its deep expertise in lightweight, high-strength PEEK (polyether ether ketone) and carbon-fiber composites, Guoen Future provides critical support for robotic structural design, performance enhancement, and energy consumption optimization. At the same time, through self-developed sensing systems and intelligent algorithms, Guoen Future is gradually establishing an integrated technology ecosystem encompassing “innovative materials—high-performance hardware—highly intelligent systems,” and has built rapid iterative and systematic integration capabilities in the core components of robotics.

　　 Integrated system collaboration is being implemented, ushering in a new stage of scenario-based applications.

　　Building on breakthroughs in core components, Guoen is steadily advancing the commercialization of its complete-device products. The companion-style home AI robot, set to launch this month, is equipped with a next-generation large language model (LLM) and a multimodal interaction system. It features emotion recognition, scene understanding, and autonomous following capabilities, further enriching the company’s product portfolio—from core components all the way to intelligent complete devices.

　　Guoen Shares will continue to leverage its advantages in industrial chain synergy and resource integration to steadily advance Guoen’s efforts in core robotic components, complete machine systems, and ecosystem collaboration. We will promote the deeper integration of “new materials + intelligent systems” across various application scenarios—including industrial, medical, and household settings—thereby building a new robotics industry ecosystem that is independently controllable and driven by continuous innovation.