Making a Bold Entrance at the 2025 World Robot Conference: SLAMTEC’s Four New Products Lead the New Era of Embodied Intelligence
In August 2025, the World Robot Conference grandly opened at the Beijing Beiren Yichuang International Convention and Exhibition Center. As the annual global technology event in robotics and artificial intelligence, this year’s conference, themed “Making Robots Smarter, Making Embodied Intelligence Stronger,” brought together more than 300 leading technology companies from over 30 countries and regions.
At this high-level conference where cutting-edge technology meets industrial applications, SLAMTEC was invited to make a major appearance, officially unveiling four groundbreaking embodied intelligence spatial perception products that drew widespread attention across the industry. The booth attracted large crowds and vibrant technical discussions, making it one of the most popular and technologically significant highlights of the event.
On the stage of the 2025 World Robot Conference, SLAMTEC showcased four groundbreaking innovations built on years of R&D, covering the full spectrum of embodied intelligence capabilities—from land to underwater, from perception to motion. These are not just hardware upgrades, but comprehensive advancements in perception algorithms, AI decision-making, and system integration.
As one of the highlights of the exhibition, the upgraded Aurora 2.0 integrated 3D spatial perception solution delivers unprecedented visual perception capabilities for embodied intelligence.
Through deep multi-sensor fusion, it precisely integrates data from LiDAR, depth cameras, IMU, and other sources to reconstruct complex environments with millimeter-level accuracy.
With real-time modeling in dynamic environments, Aurora 2.0 continuously updates environmental maps even in scenarios with frequent human movement or shifting objects, ensuring accurate navigation and decision-making. For robots, Aurora 2.0 is not just about “seeing,” but about “understanding.” By transforming geometric information into semantic comprehension, it equips robots with full-chain capabilities in spatial understanding, path planning, and task execution—establishing itself as the true visual core of embodied intelligence.
In the new era of robotic intelligence, mobility is key. The 48V Hermes universal embodied intelligence chassis is designed for complex, multi-scenario environments:
48V high-power output provides stable energy for multi-sensor setups, AI computing units, robotic arms, and more, ensuring long endurance and high-intensity operations.
Open universal navigation protocol supports diverse navigation methods and algorithm integration, delivering maximum deployment flexibility for flexible manufacturing, logistics, and inspection tasks.
Within the embodied intelligence ecosystem, the 48V Hermes chassis is more than just a mobile platform—it is a solid foundation for multimodal perception and task execution, enabling robots to truly “go farther, do more, and adapt faster.”
To meet the growing demands for intelligent material handling in industry, the AI-powered industrial-grade open chassis Phoebus P350 delivers a new level of performance:
Open AI architecture + deep learning navigation enables autonomous path optimization and dynamic obstacle avoidance in complex industrial environments.
300kg heavy-duty payload + 60cm ultra-narrow aisle clearance allows it to manage heavy loads while navigating tight spaces with ease, covering warehousing, production, and assembly processes end-to-end.
Phoebus is not just a mobile platform—it is an industrial-grade intelligent agent with a closed-loop capability of perception–planning–execution. Beyond improving the efficiency of a single robot, its intelligence and openness help enterprises build an evolving industrial robotics ecosystem, laying the foundation for large-scale embodied intelligence applications in manufacturing.
At the conference, SLAMTEC’s groundbreaking U1 LiDAR also drew significant attention:
The first commercial-grade underwater SLAM device, enabling high-precision localization and mapping even in turbid environments.
Applicable to underwater inspection, port monitoring, and underwater exploration, it expands the boundaries of embodied intelligence in aquatic environments.
This marks a milestone leap for SLAMTEC—extending spatial perception from land to water—opening vast new possibilities for underwater robotics applications.
Together, these four products form a complete embodied intelligence spatial perception ecosystem. They not only address critical industry bottlenecks but also deliver deployable, replicable, and scalable perception and mobility capabilities for end users—driving robots to engage more deeply with the physical world and integrate into real industrial environments.
The exhibition floor buzzed with excitement and dazzling lights. At the center of the hall, SLAMTEC’s booth became a lively focal point, drawing a crowd like a “vortex.”
On-screen demonstrations of the upgraded Aurora 2.0 showed real-time mapping in dynamic environments, capturing and reconstructing the booth’s layout and crowd movements with millisecond precision—prompting visitors to exclaim that it was “like robots had grown intelligent eyes.”
Humanoid robots and quadruped robots equipped with Aurora 2.0 quickly became crowd favorites, attracting numerous industry professionals for in-depth discussions.
Nearby, the 48V Hermes universal embodied intelligence chassis paired with a robotic arm to form a composite robot, drawing equally strong interest. Meanwhile, the Phoebus P350 industrial-grade open AI chassis, with its heavy-load capacity and ability to navigate narrow aisles, also left a lasting impression on attendees.
Whether in flexible operations combined with robotic arms or autonomous material handling in industrial settings, these demonstrations share a common theme—embodied intelligence is no longer confined to the laboratory. Through the seamless integration of perception, decision-making, and execution, robots can efficiently complete tasks in real-world environments. SLAMTEC’s chassis and perception solutions are at the core of this transformative shift.
The launch of these four new products represents not only a technological upgrade for SLAMTEC but also a significant boost to the entire robotics industry. For the industry, they accelerate the evolution of embodied intelligence robots from single-function machines to fully perceptive and fully autonomous systems. For end users, they greatly reduce deployment complexity and operational costs, making robots truly “usable, practical, and durable.”
SLAMTEC remains committed to its mission of “making robot mobility smarter.” Looking ahead, the company will continue to deepen its expertise in embodied intelligence spatial perception and autonomous navigation, partnering with industry leaders to bring robots out of the laboratory and into every corner of society—where intelligent perception and mobility will truly transform the way humans work and live.
关键字：World Robot Conference, Embodied Intelligence
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