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recently, dachen completed a b2 round of financing of more than 100 million yuan for yinshi robot, a leading domestic company in micro-precision operation and control components and robot dexterous hands. this round of financing was led by dachen, and included funds from shenzhen venture capital, cicc capital, and junshan capital, tiantou technology innovation investment company, xinlian capital and ecovacs also participated in the investment.

since then, dachen has completed another important layout in the embodied intelligent robot track.

embodied intelligence, with its unlimited scenario imagination, will soon lead a wide range of changes from industry to services to home applications, indicating a trillion-level market that urgently needs to be developed. as an important medium for robots to interact with the outside world, the operational ability of robots' dexterous hands is one of the core elements for the application of embodied intelligent robots. dexterous hands account for about 20%-30% of the total cost of a humanoid robot, making it the component with the highest proportion. its importance is self-evident.

since 2016, yinshi robotics has been developing micro-servo electric cylinders, integrated linear joints, and human-like five-finger dexterous hands. it has successfully connected everything from motors and lead screws to integrated servo drive control systems, and built a dexterous hand from structural design to software algorithms. complete link. as the first domestic manufacturer to launch commercialized dexterous hands and the only manufacturer that has delivered them in large quantities, yinshi robotics is far ahead in terms of product performance, maturity, stability, mass production capacity, market share, etc. its services include catl , atl, byd, skild ai, ubtech, zhiyuan, galaxy general, yushu technology and other industry representative companies.

because it is "born with technology and meets the time of 'intelligent manufacturing'", its accumulated advantages in dexterous hands benefit from the company's independent research and development of core drive joint micro servo electric cylinders, filling the domestic precision micro-linear market. there is a gap in the market for servo motion components. to achieve precise closed-loop control in a small space, the design and finishing are very difficult. based on a deep understanding of the design of the micro servo electric cylinder system, all key components are self-developed and most of them are self-produced, including coreless motors, reducers, screws, sensors and servo drives, with very high the degree of integration ultimately meets the needs of miniaturization, high precision, low cost, and high power density. it is widely used in lithium batteries, semiconductors, robots, pan-industrial automation, and biomedical equipment.

the use of an integrated joint module such as a micro servo electric cylinder, combined with the connecting rod transmission method, greatly simplifies the structure of the dexterous hand and improves the reliability and mass production capabilities of the dexterous hand. at the same time, relying on the downstream versatility of the micro servo electric cylinder, it has further reduced the manufacturing cost of dexterous hands through large-scale application in multiple industries, forming a forward flywheel from production cost reduction to sales advantage, consolidating its own industry competition. strengths and capabilities.

wang yuhao, head of dachen's inshi project, said: "inshi robot is the well-deserved leader in the field of human-like five-finger dexterous hands. in the short term, the company can capture the trend of manufacturing equipment upgrading towards miniaturization/flexibility, and in the medium and long term, it can grasp the trend of humanoid robots. with huge market potential, it is a company that is both down-to-earth and looking up to the stars. dachen’s investment team is optimistic about yinshi robot and believes that it will continue to consolidate its leading advantages with its technological accumulation and help accelerate the development of the embodied intelligence industry.”