AUBO helps ROIDI realize the "localization" of surgical robots

Recently, ROIMI's ®RM-50 surgical robot, independently developed by AUBO partner Baihui Weikang, has been approved for marketing by the NMPA of the State Food and Drug Administration and obtained NMPA certification. The robotic arm jointly developed by AUBO and Baihui Weikang fills the gap in the application of domestic 6-degree collaborative robots in neurosurgery.

AUBO helps ROIDI realize the "localization" of surgical robots

　　The launch of ROIDMI ®RM-50 surgical robot marks the first time that the key central components of China's neurosurgical robots have been "localized" in the true sense. AUBO and Baihui Weikang jointly developed the robotic arm to break the passive situation that the domestic surgical robot category is "stuck" by foreign central components! As a national standard setter for collaborative robots, AUBO has developed collaborative robot products with all intellectual property rights, and has taken the lead in completing the localization of all central components in China, breaking the long-term monopoly of foreign countries.

ROIDMI ®RM-50 Surgical Robot has the characteristics of high intelligence, high accuracy and high scalability, which can assist doctors to complete all kinds of cerebral hemorrhage, brain biopsy and related minimally invasive brain surgeries, which can comprehensively promote the clinical use of surgical robots in low-level hospitals and help low-level hospitals and their departments move towards the intelligent era. The central components of the neurosurgical robot include an optical tracking positioner and a robotic arm, and in these two central components, ROIDMI surgical robots lead the profession.

Optical tracking locator: Baihui Weikang independently developed optical tracking locator, using high-resolution CMOS sensors, real-time tracking of the precise orientation of the target object under ambient light conditions, and quickly completing the spatial registration of the surgical robot, which has multiple advantages such as high efficiency, accuracy and stability.

Collaborative robotic arm: At present, most domestic surgical robot companies use imported robotic arms, resulting in the high cost of surgical robots and easy to be controlled by others in market competition. AUBO cobot has a repeatable positioning accuracy of ±0.02mm, and its products have successively passed EN ISO 13849-1:2015 (PL=d, CAT 3), EU CE, North American NRTL, Korea KCs, China CR, SEMI S2 and other certifications, with the characteristics of safety, stability, and simple programming. AUBO and Baihui Weikang jointly developed the artificial intelligence skills to improve the accuracy and stability of the robotic arm, so that the domestic robotic arm can also work freely in difficult minimally invasive brain surgery, and the accuracy and stability are useful to reduce the cost. ROIDMI ®RM-50 Neurosurgery Robot now has an inductive navigation positioning accuracy of less than 1mm, and the automatic registration time is less than 2 minutes, and it is also the only product in the neurosurgery robot that can integrate stereotactic and intraoperative free navigation. These central advantages are essentially derived from ROIDMI's unique skill path, which uses self-developed software and algorithms to perfectly coordinate with the "brain", "eye" and "hand" to complete accurate full cranial positioning.

At that time, the new generation of artificial intelligence became the breakthrough of a new round of scientific and technological innovation and the central driving force of industrial innovation. In the medical field, intelligent medical robots are an important hardware platform for the use of artificial intelligence skills. Compared with the international market, China's intelligent medical robot industry started late, but with the gradual improvement of the overall skill level of intelligent medical robots, the operation ability of medical staff and the tolerance of patients to robots, the intelligent medical robot industry has shown great development potential. ”

AUBO helps ROIDI realize the "localization" of surgical robots

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