Hall C · Booth C130
The Jilin Provincial Bionic Robot Innovation Center (referred to as the "Center") was approved by the Jilin Provincial Department of Industry and Information Technology and officia…
COMPANY PROFILE
The Jilin Provincial Bionic Robot Innovation Center (referred to as the "Center") was approved by the Jilin Provincial Department of Industry and Information Technology and officially awarded the license on April 24, 2025. Ren Luquan, an academician of the Chinese Academy of Sciences, serves as expert guidance, and Professor Ren Lei serves as the core technology leader. It was jointly initiated and established by five units: Jilin Capital, Changxing Fund, Yuequan Bionic, StarNet Uda, and Zidong Taichu. The center closely follows the "Artificial Intelligence +" action plan of the State Council, based on the national artificial intelligence development strategy and the needs of industrial transformation and upgrading in Jilin Province, and is committed to creating an innovation platform for the ecological integration of bionic robots and embodied intelligence industries.
MAIN PRODUCTS
STEAM educational robot with modular assembly + AI voice + large model interaction. It is suitable for science and technology classrooms, research practice, community teaching, family science and technology innovation enlightenment, live streaming companions, etc.
"Watt Mouse" is suitable for 8 years old + teenagers, robot enthusiasts, maker education, etc. A desktop-level educational robot that integrates assembly and welding, programming control, voice interaction, and bionic walking, it is the first teaching aid for entry-level robots and AI.
STEAM bionic educational robot with modular assembly + bionic gait + dual-mode programming. It is suitable for use in primary and secondary school science and technology classrooms, bionic themed robot competitions, after-school club teaching, popular science research exhibitions, science and innovation interest training and other scenarios.
STEAM educational robot with modular assembly + dot matrix lighting interaction + traffic scene teaching. It is suitable for traffic safety science popularization classes, campus research practice, community programming teaching, community science popularization activities, science and technology innovation competition displays, etc.
"Zhuri Z2" is an industry application-level bionic quadruped robot built for professional scenarios. With its excellent motion performance and industrial-grade reliability, it has redefined the boundaries of industrial inspection, provided a perfect solution for operations in complex environments, and has become a star product that attracts attention in the market.
"Zhui Ri Z1" perfectly combines the speed of wheels and the traversability of feet, completely solving the pain points of low efficiency of traditional inspection robots in complex terrain, and redefining industry standards.
Yingshou Y-Hand M2: Yingshou Y-Hand M2 is developed based on Professor Ren Lei’s internationally pioneered “bionic tension and compression body robot theory and technology”. It achieves three innovations at the theoretical and technical levels: First, it subverts the traditional rigid hinge design and reproduces the three-dimensional 6-dimensional shape of biological joints. Natural movement with degrees of freedom greatly improves joint flexibility and compliance; second, the self-developed magnetic collector electric drive artificial muscles reproduce the biomechanical properties of human skeletal muscles; third, the bionic multi-layered multi-level rigid-flexible coupling system design based on the human skeletal muscle system can achieve system-level power transmission, energy management and environmental interaction.
Adopting a comprehensive bionic design, it has the size and segment proportions of a human hand. Its palm arch adopts a three-dimensional structure that mimics the horizontal arch and longitudinal arch of a human hand. It also adopts a bionic annular inclined axis, which perfectly reproduces the characteristics of the human hand: when the palm is open, it can adapt to the grasping needs of larger objects, and when closed, it can form a wrapping posture that closely fits the object; at the core technology level, the X-Hand M1 uses a high-power density motor matrix, with 472 tactile sensing units in one hand to achieve sensitive tactile perception.
Yingshou Y-Hand M1 is a new generation of high-degree-of-freedom bionic dexterous hands launched by Yuequan Bionics based on Professor Ren Lei's internationally pioneered bionic tension and compression body robot theory and technology. It will be officially unveiled at the "First Show" platform of the 2026 Global Digital Economy Conference. As a representative product of Yuequan's "highly bionic, full-stack self-developed" technology line, Y-Hand M1 starts from the multi-level rigid-flexible coupling integrated system of the human hand and is equipped with fully self-developed magnetically driven artificial muscles. It compresses the four dimensions of "fast, powerful, natural and supple" into the same palm, and its performance exceeds mainstream rigid dexterous hand solutions.
Bowen W-Bot reconstructs the morphological logic of wheeled humanoid robots with dual innovations in structure and technology. The 0.2㎡ ultra-small chassis allows it to flexibly shuttle through complex spaces. The lower limbs adopt a bionic hip-knee-ankle three-fold structure, combined with whole-body neural network motion balance control, which greatly expands the operating range: it can accurately operate ground objects when squatting, and can reach a working range of 2.2 meters when standing upright. It is equipped with a 7-degree-of-freedom humanoid arm, with a load of up to 20kg on both arms. It can be carried with a free hand or handy to achieve human-like dexterous operation, transforming edge scenarios into floor-to-ceiling application scenarios.