Lingbao CASBOT Showcases Three Products at WRC, Building a Product Matrix for Long-Term Deployment

On August 8, the 10th World Robot Conference (WRC 2025) opened in Beijing. Today, humanoid robots and wheeled Embodied AI robots are gradually integrating into real-world applications, ranging from public services to industrial manufacturing. However, improvements in single capabilities are no longer sufficient to handle complex scenarios; system collaboration has become a key direction for the development of Embodied AI robots.

At this conference, Lingbao CASBOT made its first centralized display of its three core products, adopting "Collaboration, Symbiosis" as the exhibition theme and presenting an initial framework for a systematic collaborative ecosystem.

In the afternoon of August 9, "Xiao Yang," a robot journalist jointly developed by Lingbao CASBOT and CCTV.com, introduced itself to the audience: "Hello to all viewers and netizens! I am Xiao Yang, a member of the CCTV.com robot family, a voice-interaction type robot designed for the new media editorial field."

On site, the host asked Xiao Yang multiple questions, which it answered fluently after performing real-time information retrieval. Beyond Chinese, it could also communicate with the audience in various foreign languages such as English and Spanish.

During the exhibition, Yang Ping, Chief Technology Officer of Lingbao CASBOT, introduced the company's significant progress over the past two years. He stated: "The product goal of Lingbao CASBOT has never been short-term attraction, but rather reliability oriented towards long-term deployment."

Three CASBOT products were showcased by Lingbao CASBOT at the WRC. The first is the CASBOT 02 bipedal humanoid robot, designed for multimodal interaction and natural motion logic; the second is the CASBOT W1 wheeled embodied AI robot, focusing on task efficiency and deployment flexibility; and the third is the CASBOT Handle-L1 five-finger lightweight dexterous hand, offering high integration and flexible grasping capabilities with multi-platform connectivity. These products cover typical functions of humanoid robots in perception and interaction, task execution, and flexible grasping.

This exhibition marks the first time Lingbao CASBOT has publicly presented its product roadmap from a system-level perspective. Unlike industry peers that often focus on demonstrating multimodal models or single capabilities, the company chose to emphasize system-level capabilities, aiming to build a product matrix oriented toward long-term deployment.

In fact, Lingbao CASBOT's first full-size bipedal humanoid robot, CASBOT 01, previously served as a host and greeter at various events, achieving closed-loop multimodal perception and intelligent interaction, including visual recognition, voice understanding, and motion execution. On June 18 this year, CASBOT 02 was officially launched and listed on JD.com, entering a commercialization phase targeting both individual consumers and industries.

Just last month, the CASBOT W1 demonstrated a "doll-grabbing task" at the 2025 World Artificial Intelligence Conference (WAIC), successfully completing object recognition, grasping, and placement, thereby validating precision control and end-effector coordination on-site. The CASBOT Handle-L1's five-finger dexterous hand also demonstrated strong capabilities, handling diverse objects such as business cards, tissues, and water bottles. It has completed system demonstrations and is preparing for offline testing.

Since its establishment in August 2023, Lingbao CASBOT has been transitioning from technological research and development to commercialization. The core team comprises domestic and international experts with over 20 years of experience in intelligent robotics, visual servoing, and robotic skill learning. According to company data, sales and market feedback indicate that a preliminary commercial closed loop has been formed.