나노로봇 혁신

세포 수준에서 정밀한 복구를 위한 시스템 개발.

A highly detailed, reflective, and futuristic humanoid robot encased in a transparent display. The robot exhibits intricate metallic components and a sleek design, with an emphasis on mechanical and anatomical features.

A highly detailed, reflective, and futuristic humanoid robot encased in a transparent display. The robot exhibits intricate metallic components and a sleek design, with an emphasis on mechanical and anatomical features.

자율적 치료

미세환경 신호에 반응하는 마이크로로봇 기술.

A humanoid robot with a sleek red metallic body and exposed wiring stands on a white background. It has a complex mechanical structure with various components and joints visible, including multiple wiring and cables. The robot's head includes a visor-like screen, and it appears to be equipped with various sensors and tools.

A humanoid robot with a sleek red metallic body and exposed wiring stands on a white background. It has a complex mechanical structure with various components and joints visible, including multiple wiring and cables. The robot's head includes a visor-like screen, and it appears to be equipped with various sensors and tools.

신뢰 구축

임상과 환자 간의 소통을 위한 노력.

A close-up view of a red robotic device featuring a prominent handle on top, several controls, and buttons. The design includes caution labels and the branding 'AMYbotics'. The lighting accentuates the machine's surfaces, emphasizing its industrial nature.

A close-up view of a red robotic device featuring a prominent handle on top, several controls, and buttons. The design includes caution labels and the branding 'AMYbotics'. The lighting accentuates the machine's surfaces, emphasizing its industrial nature.

A humanoid robot with a sleek, futuristic design is kneeling on a rocky surface near a body of water. The robot's structure is composed of white and black components, showcasing exposed mechanical joints and complex circuitry. The sky above is overcast, contributing to the dramatic setting.

A humanoid robot with a sleek, futuristic design is kneeling on a rocky surface near a body of water. The robot's structure is composed of white and black components, showcasing exposed mechanical joints and complex circuitry. The sky above is overcast, contributing to the dramatic setting.

치료 혁신

만성 상처 및 염증성 피부 질환 치료.

복구 시스템

수술 후 회복을 위한 나노로봇 활용.

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A humanoid robot stands on the tiled floor near a bright green wall that displays a sign for the Goethe-Institut along with its opening hours. A sanitizer dispenser is mounted on a stand near the robot.

A humanoid robot stands on the tiled floor near a bright green wall that displays a sign for the Goethe-Institut along with its opening hours. A sanitizer dispenser is mounted on a stand near the robot.

나노로봇 복구

A humanoid robot with a futuristic design stands in an illuminated display case. The robot has a sleek, metallic body with articulated joints and a smooth, reflective surface. Its head is shaped with minimalistic features, including a visor-like element covering where eyes would be. The robot is positioned upright with arms slightly extended to the sides.

A humanoid robot with a futuristic design stands in an illuminated display case. The robot has a sleek, metallic body with articulated joints and a smooth, reflective surface. Its head is shaped with minimalistic features, including a visor-like element covering where eyes would be. The robot is positioned upright with arms slightly extended to the sides.

갤러리

나노로봇 복구 시스템의 혁신적인 기술을 소개합니다.

A humanoid robot is raising its hand in a sleek, modern environment. The robot, predominantly white with some branding, features a smooth design and a visor-like head.

A humanoid robot is raising its hand in a sleek, modern environment. The robot, predominantly white with some branding, features a smooth design and a visor-like head.

A person wearing a smartwatch writes on a notepad while using a tablet that displays medical images. A stethoscope is positioned close by on a white desk, suggesting a medical setting.

A person wearing a smartwatch writes on a notepad while using a tablet that displays medical images. A stethoscope is positioned close by on a white desk, suggesting a medical setting.