NO.1 Edge Medical's Third Generation Multi-port Robot MP2000 Makes a Grand Debut!
On August 10, 2024, at the annual meeting of the Urology Branch of the Chinese Medical Doctor Association (CUDA), Edge Medical proudly launched their new generation multi-port surgical robot—the Edge Medical MP2000. Professor Xing Nianzeng attended the launch event and warmly congratulated the debut of the MP2000.
▲ Edge Medical MP2000 launch ceremony
Building on its predecessor, the Edge Medical MP2000 underwent "seven major evolutions," covering upgrades and expansions in hardware ergonomics and surgical instruments, as well as comprehensive enhancements in computing power, algorithms, and image transmission.
▲ First appearance of Edge Medical's multi-port endoscopic surgical robot MP2000
Since the release of the Da Vinci 5 by Intuitive, domestic surgical robots have faced challenges in commercialization and product iteration. Edge Medical Medical's timely innovation is the perfect response, fully demonstrating the strong capabilities of domestic surgical robots in technology accumulation and innovation.
NO.2 Installed in China Top 100 Hospitals! MedBot® Four-Arm Laparoscopic Surgical Robot
On August 7, 2024, the MedBot® four-arm laparoscopic surgical robot was officially installed at the South Branch of Shanghai First People's Hospital, where it performed four complex surgeries in urology and thoracic surgery, marking the first "laparoscopic surgical robot" in the Songjiang area. The MedBot® robot has once again been commercialized in China top 100 hospitals and entered clinical use, demonstrating its mature, stable, and precise technical advantages.
▲ Installation ceremony of the MedBot® robot at the South Branch of Shanghai First People's Hospital
The MedBot® robot, independently developed by MicroPort® Robotics, was approved by the National Medical Products Administration in January 2022 and received multi-department registration in September 2023. On May 7, 2024, the MedBot® laparoscopic surgical robot system received CE certification (MDR) from the European Union, applicable for urological, general surgical, thoracic, and gynecological endoscopic surgeries.
NO.3 Innovative Surgical Technique Developed with the Healinno Medical Waterjet Robot!
Beijing University First Hospital, as one of the main research institutions in Healinno Medical's® national multicenter registration clinical trials, recently made a significant breakthrough in the field of urology. Under the leadership of Deputy Dean Zhang Kai, Dr. Meng Yisen and Dr. Xiao Yunxiang jointly developed an innovative surgical technique using the metaFlow® waterjet surgical robot, providing new treatment options for patients with benign prostatic hyperplasia.
▲ metaFlow® waterjet surgical robot
Through innovative trials, the urology team at Peking University Hospital continuously explores and optimizes surgical procedures, improving the safety and effectiveness of surgeries. The successful implementation of these surgeries not only provides more precise treatment options for patients with benign prostatic hyperplasia but also lays a solid foundation for the future development of minimally invasive urological surgeries.
NO.4 Approved by NMPA! Naton Spine & Trauma Navigation System
On August 7, 2024, Naton Group's independently developed orthopedic surgical navigation system successfully obtained Class III registration certification from the National Medical Products Administration (NMPA).
Naton's orthopedic surgical navigation system is compatible with two types of surgeries: spinal pedicle screw insertion and trauma hollow screw implantation. Its navigation feature allows for the virtual visualization of the patient's bone structure and surgical tools, displaying the real-time relationship between the surgical tools and the patient's bone structure. This enables surgeries to be performed with smaller incisions, less bleeding, and lower intraoperative X-ray exposure, thus empowering clinical practice and advancing the digital diagnosis and treatment in orthopedics, ultimately benefiting patients more effectively.
NO.5 Soft Body Rehabilitation Robot Completes Pre-A Round
Recently, Sirrem Medical announced the completion of a multi-million yuan Pre-A financing round. The financing was co-invested by Ningbo Venture Capital Fund and Ningbo Angel Fund.
Targeting rehabilitation needs of patients with limb disabilities caused by neurological damages such as stroke, hand trauma, spinal cord injury, and burns, Sirrem Medical independently developed an innovative rehabilitation product—the hand function soft body rehabilitation robot. This product integrates passive rehabilitation, master-slave mirror rehabilitation, and brain-computer interface (BCI)-based movement imagination rehabilitation, alleviating finger joint edema and stiffness, enhancing hand muscle strength, promoting neural rehabilitation in the brain, and helping patients seize the "golden period" of rehabilitation.
▲ Sirrem Medical's independently developed hand function soft body rehabilitation robot
Sirrem Medical's core competitive edge lies in its mastery of soft body robot core technology and advanced neural rehabilitation algorithms. The deep integration of software and hardware creates a bionic soft body robot structure, not only enhancing flexibility and universality but also significantly reducing the risk of secondary injuries associated with traditional rigid robots, ensuring safe and effective rehabilitation.
Moreover, the multi-sensor fusion control algorithm ensures precise and visualized rehabilitation training, constructing a comprehensive rehabilitation pathway from stimulating limbs to monitoring progress, accelerating the rehabilitation process, and enhancing therapeutic outcomes. Its modular design and assembly shorten the production cycle, with a compact and user-friendly machine design.
NO.6 Installed in Multiple Hospitals! YakeBot's New Generation Orthopedic Robot
Recently, YakeBot Technology has been making significant strides, successfully entering several private clinics, including Baoding Zhongbei Dental Hospital, Ordos Aochi Dental, Minquan Xinxing Dental, and Shanxi Yongmei Dental.
Founded in September 2017, YakeBot is a "hard tech" company specializing in the research, development, production, and technical services of medical surgical robots. The company has independently developed a dental implant robot capable of high-precision intraoral positioning and autonomous surgical operations. It has pioneered the world's first autonomous robotic dental implant surgery, and its technologies are considered industry-leading. The company is committed to revitalizing China's medical robot industry and strives to break the monopoly of imported products.
The company's products, including the "YakeBot Oral Surgical Robot" and the "DentalNavi Digital Implant Design Software," have been launched in the market. With nearly 1,000 clinical surgeries performed, they have been recognized by over a hundred Grade-A hospitals and private clinics. Patients who have undergone implant procedures with the YakeBot Oral Surgical Robot report comfortable and pain-free experiences during surgery, time-saving immediate restorations, and excellent postoperative recovery.
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