By integrating the Daimon One multimodal model, robots are capable of performing complex tasks such as grasping and screwing etc. It is widely applicable in home services and industrial assembly operations, enabling closed-loop decision making.
The combination of high-precision tactile feedback and dexterous hand technology enables accurate recognition of object size, weight, and material properties. It allows the grasping of various objects, such as fragile items and irregular components, and guarantees safety and stability throughout the process.
It provides multi-dimensional tactile perception capabilities for grippers and other end-effectors, enabling real-time analysis of workpiece shape, material hardness, and assembly force. It is well-suited for applications such as automotive manufacturing and electronics assembly. Besides grippers, high DoF dexterous hands can achieve fine-grained manipulations like cable plugging and unplugging, and material assembly, enriching industrial automation capabilities and intelligence.
The intelligent biochemical laboratory leverages multimodal tactile-visual fusion technology to perceive key attributes such as the size, status, weight, and position of test tubes. It enables precise manipulation of hazardous reagents and fragile samples, significantly improving automated experiment efficiency while avoiding human exposure to biochemical contamination.
