创纪录融资！OpenAI天使押注，这家公司要把机器人身体“织”出来

Core Viewpoint - Allonic, a company from Budapest, Hungary, has developed a revolutionary method for manufacturing robotic hands that significantly reduces production time from weeks to minutes by using a 3D tissue braiding technique instead of traditional assembly methods [2][4][10]. Group 1: Technology and Innovation - Allonic's core technology, 3D Tissue Braiding, mimics the biological design of human fingers, using a skeleton structure created through 3D printing and high-strength fibers woven around it to form tendons and joints [7][10]. - The manufacturing process is fully automated, integrating various materials such as elastic materials and sensors directly during the braiding process, eliminating the need for post-assembly [7][10]. - Traditional methods for creating high dexterity robotic hands can exceed $25,000, while Allonic's technology can reduce costs by over 60% [10]. Group 2: Market Position and Industry Challenges - The robotics industry faces a structural contradiction where AI advancements make robots smarter, but their physical construction remains cumbersome and expensive [12][13]. - Allonic aims to address this issue by providing a manufacturing backbone for the robotics industry, avoiding direct competition with major players like Tesla and Boston Dynamics [15][18]. - The current trend in the robotics industry is shifting towards tendon-driven architectures that prioritize safety and lightweight designs, which aligns with Allonic's innovative braiding technology [16]. Group 3: Future Aspirations and Developments - Allonic has already completed its first pilot project in the electronics manufacturing sector, filling a gap where traditional industrial robots lack flexibility [18]. - The company plans to use its recent $7.2 million pre-seed funding to develop a second-generation braiding device that will be five times faster and more suitable for mass production [18]. - Despite current limitations in producing more complex robotic structures and reliance on imported materials, Allonic's CEO expresses confidence in unlocking new design possibilities with rapid prototyping capabilities [19].