Gasgoo Munich- CasiaHand Robotics and Fulai New Materials (stock code: 605488) have officially signed a strategic partnership agreement. Under the deal, CasiaHand will purchase 200,000 sets of high-performance tactile sensors to support the mass production of 40,000 industry-grade dexterous hands.The roadmap targets stable annual production capacity of nearly 30,000 units by the end of 2026. By late 2027, capacity is set to exceed 100,000 units, establishing a full-scale delivery system for deployment across industrial, service, and specialized sectors.Image source: CasiaHandThe partnership leverages Fulai New Materials' strengths in flexible sensing materials and manufacturing, combined with CasiaHand's expertise in human-like manipulation and embodied AI. Together, they aim to enhance the hands' perception of pressure and contact, enabling them to navigate complex, real-world environments. This collaboration is expected to accelerate the rollout of CasiaHand's Casia Hand series in applications ranging from industrial sorting to home service and special operations.CasiaHand was incubated by the "national team" of embodied intelligence—the National Key Laboratory of Multimodal Artificial Intelligence Systems at the Institute of Automation, Chinese Academy of Sciences. It is the first commercialization entity approved by the institute under a new operational model.The company focuses on full-stack R&D for robotic "upper limb" dexterity, embodied AI models, and system solutions. It has established a "human-like dexterous brain + industry-grade hand" technology ecosystem. Its self-developed Casia Hand series spans four major scenarios—industrial, service, specialized, and consumer—with 100% localized core components.Notably, cumulative orders for the first half of 2026 have already surpassed 100 million yuan.Fulai New Materials is a leader in flexible sensing technology, boasting deep expertise in material development and manufacturing. The firm has built core advantages in high-sensitivity tactile sensing, flexible material adaptation, and mass production capabilities.
