On May 29th, the 2025 Zhangjiang Embodied Intelligence Developer Conference grandly opened at the Zhangjiang Science Hall in Shanghai. This conference is themed "Embodied Intelligence: The Future Is Here", focusing on the practical application and ecosystem construction of embodied intelligence technology in the industry.

As a key enterprise in the field of embodied intelligence with core components, Linghou showcased multiple self-developed core components for general-purpose robots at this conference. From high-precision environmental perception to flexible motion control, each product aims to provide customers with more suitable technical solutions.

The booth site attracted many industry professionals to stop by. Whether it was in-depth technical discussions or exchanges of cooperation intentions, all demonstrated the vigorous potential of the embodied intelligence field.

Monocular fish-eye camera

The universal robot panoramic single-lens camera includes a rear single-lens camera and its cable assembly, a front single-lens camera and its cable assembly, a left single-lens camera and its cable assembly, and a right single-lens camera and its cable assembly. It provides ISP-processed visual image information for the humanoid robot controller assembly and the intelligent platform controller assembly, which is used for robot control and image display.

Binocular structured light camera

The DREAMSIGHT series binocular structured light cameras adopt self-developed active binocular vision technology, which can obtain more depth details and stronger environmental adaptability than traditional binocular vision. The data information obtained can help achieve automation and intelligence in multiple fields such as robot industry, business and consumer.

Joint module

The integrated joint module is composed of multiple precision components such as motors, reducers, sensors, brakes, encoders, and drivers. Through modular and lightweight design, it forms a compact integrated structure, enhancing the reliability and maintainability of the system. It adopts the self-developed motor of Linghou, which fully improves the torque density of the joint and reduces cogging torque. The Linghou driver uses a self-developed adaptive algorithm to automatically adjust the motor and control parameters under different working conditions, achieving more efficient movement. We actively promote product innovation to jointly promote the technological upgrade of humanoid robots.

Wheeled Robot Module TX-S1

The TX-S1 features a vehicle-grade structural design specifically for general-purpose robots, with a four-wheel drive and four-wheel steering structure, and a turning diameter of 840mm. It supports various operation modes including forward movement, backward movement, turning (with a set radius), in-place rotation, lateral movement, and diagonal movement, making it suitable for a wide range of environments. It is equipped with a vehicle-grade electrical system. In terms of software, it is integrated with the Linghou Industrial Intelligent Manufacturing Platform, enabling high-speed connection with MES and over a hundred types of equipment and machines, facilitating multi-machine collaboration and remote scheduling. The product's flexibility is enhanced through software and hardware upgrades, meeting the usage requirements in different scenarios.

Wheeled Robot Module TX-Q1

The TX-Q1 mainly adopts a differential drive chassis and is a compact, efficient and flexible multi-functional intelligent transportation platform with autonomous navigation capabilities. It can be equipped with an intelligent device platform according to usage needs to meet the requirements of different scenarios. Its small body size enables it to move and avoid obstacles autonomously and flexibly in crowded environments and narrow spaces. It has a rated load capacity of 200kg and a rotation diameter of 670mm. With millimeter-level positioning accuracy, it helps to meet the precise usage requirements of various scenarios. 

In the future, Linghou robots will continue to focus on core technologies, join hands with industry partners, and contribute to the development of embodied intelligence, jointly drawing a new blueprint for the industry.。