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Naton Technology Group, No. 9 Chengwan Street, Beijing (2026)

06/07/2026

The 55th Annual Congress of the Malaysian Orthopaedic Association 2026 (MOA 2026) was successfully held at the SETIA SPICE Convention Centre in Penang. Centered on intelligent orthopaedic diagnosis and treatment, the congress brought together leading orthopaedic specialists, clinicians and medical device professionals for this grand academic gathering.
Naton Technology Group participated in the event with its comprehensive full-line orthopaedic solutions. Leveraging its robust domestic innovative capabilities, the Group continues to deepen its presence in the Southeast Asian market, collaborating with industry partners across the region to forge new pathways for the development of orthopaedic diagnosis and treatment.

17/06/2026

On June 16, a delegation of orthopedic doctors from Indonesia visited Naton Technology Group. The delegation conducted in-depth exchanges with Naton Group on key themes including cutting-edge clinical orthopedic technologies, the research and development of innovative sports medicine products, and clinical adaptation solutions for Southeast Asian medical environments, while jointly exploring new avenues for cross-border collaborative development in orthopedic care.
The delegation first toured Naton’s Exhibition Center to learn comprehensively about the Group’s product lineup and technological breakthroughs in orthopedic implants, advanced medical materials, intelligent surgical equipment and other fields. A full range of self-developed innovative products by Naton received unanimous acclaim from the visitors.
Later, the delegation gained an in-depth overview of Naton’s complete portfolio of innovative sports medicine products. The series features a variety of domestically produced high-end devices, such as absorbable interference screws, meniscal repair systems, rotator cuff repair implants, full high-definition arthroscopic systems and supporting surgical instruments.
The Indonesian orthopedic delegation highly commended Naton’s comprehensive industrial layout, sophisticated manufacturing capabilities and extensive global sales network. They were deeply impressed by the robust strength of Chinese medical enterprises and expressed their anticipation to introduce Naton’s premium products and services back to Indonesia to deliver better treatment outcomes for local patients.

08/06/2026

A Delegation of Russian Orthopedic Experts Visits Naton Group
On 27th May, a group of Russian orthopedic experts paid a visit to Naton Group for in-depth exchanges in the field of orthopedics. Centering on cutting-edge orthopedic technologies and industrial applications, this visit has built a bridge for China-Russia medical cooperation, injected new momentum into the development of the Healthy Silk Road, and boosted the coordinated development of orthopedics across the two countries.
During the visit, the experts toured Naton Group’s headquarters and gained a comprehensive understanding of the Group’s development strategy, R&D system and global cooperation network. They visited the exhibition center and intelligent operating rooms, and learned in detail about Naton’s product lineup and technological achievements in orthopedic implants, new materials and intelligent surgical equipment. The delegation spoke highly of Naton’s independently developed innovative products and fully recognized the Group’s strong innovation capabilities in the R&D of orthopedic medical devices.
At the exhibition area of Naton’s intelligent operating rooms, company representatives demonstrated the core functions of Naton’s orthopedic surgical robot, including AI modeling, rapid registration, real-time tracking and follow-up movement, precise osteotomy and integrated power switching. The delegation agreed that the robot boasts outstanding technical strengths and reliable performance. Particularly in prosthesis compatibility, it is compatible not only with self-developed prostheses but also with other types of prostheses. This ensures the smooth implementation of robotic surgeries and delivers high flexibility for prosthesis matching.

08/06/2026

Naton Group with a team of renowned domestic medical experts to launch a special treatment campaign for spinal disorders at two hospitals in Nabat.
Scoliosis not only distorts body posture, but also compresses nerves and impairs cardiopulmonary function, plaguing patients for a long time. During the surgeries, the Chinese expert team worked closely with local physicians. Leveraging high-quality orthopedic implants from Naton, all procedures were performed under real-time neuro-monitoring. With precise reduction, fixation and fusion techniques, patients achieved remarkable correction of spinal deformity and noticeable improvement in physical posture. Their post-operative recovery went smoothly, with outcomes exceeding expectations.
Over the five days, through close collaboration and meticulous treatment, the medical team successfully completed 6 scoliosis correction surgeries, 3 UBE minimally invasive procedures and 1 MIS-TLIF minimally invasive fusion surgery. With sophisticated expertise and thoughtful care, the team helped local patients regain healthy posture and relief from chronic pain.

15/05/2026

Naton Participates in the 71st SCCOT National Congress in Colombia to Promote Industry Development
From May 6 to 9, the 71st SCCOT National Congress of Colombia was successfully held at the Las Americas Convention Center in Cartagena. Naton Technology Group showcased its flagship brands at the event, focusing on innovative technologies and products, deepening overseas cooperation, and jointly promoting industry development.
At this congress, Naton fully demonstrated its innovation capabilities and diversified product portfolio in the orthopedics field, covering the entire product line including joints, spine, trauma, and sports medicine, while further strengthening exchanges and cooperation with global customers. During the exhibition, the Naton team engaged in in-depth discussions and live demonstrations with clients, hosting over 200 representatives from various Latin American countries, including Colombia, Ecuador, and Venezuela. With its high-quality products and professional services, Naton received unanimous praise from peers at the congress.
This participation further enhanced Naton’s brand influence and recognition in the Latin American market, solidified its market presence, and created favorable conditions for the Group’s continued deep cultivation and steady development in the region in the future.

11/05/2026

Recently, Beijing Naton Intelligent Technology Co., Ltd. has successfully completed the construction of the surgical department at Peking University School and Hospital of Stomatology (Sanya) (Sanya Stomatology Medical Center). The project includes 3 smart operating rooms, 1 teaching lecture hall and 1 management & control center.

The smart operating rooms built by Beijing Naton Intelligent Technology can display real-time data including patients' vital signs, imaging materials and electronic medical records, realizing data interconnection and intelligent decision support for clinical treatment.
Equipped with the cutting-edge non-medium aerial suspended imaging technology, the system projects the core control interface into mid-air. It effectively solves major industry pain points such as cross-infection caused by touch screens, inconvenient manual operation by surgeons during procedures, and airflow disturbance from densely arranged medical equipment.
In addition, the built-in remote consultation function establishes an intelligent medical data platform, boosting the sharing of high-quality medical resources and enabling local residents to access top-tier medical services without leaving the city.
The official launch of Naton’s smart operating rooms at Peking University School and Hospital of Stomatology (Sanya) marks a key step for the hospital in strengthening department development and improving emergency treatment capacity. It fully practices the medical philosophy of patient-centered, precise and minimally invasive diagnosis and treatment, bringing multiple benefits including reduced patient risks, improved treatment outcomes and lower medical expenses.

24/04/2026

Naton Joint Replacement Robot Launched in Uzbekistan
On April 16, the Naton joint replacement surgery seminar was successfully held at the National Center for Traumatology and Orthopedics in Tashkent, the capital of Uzbekistan. Led by Director Yin Yi’s team from Suining Central Hospital, the event featured a successful demonstration of robot-assisted artificial joint replacement surgery. Using the Naton joint replacement surgical robot, it showcased domestic intelligent orthopedic innovations to support the high-quality coordinated development of medical technology.
The event combined "theoretical lectures + surgical demonstrations" and was aimed at orthopedic surgeons from Uzbekistan and surrounding regions. It systematically explained the core technical aspects of robot-assisted joint replacement, including preoperative planning, intraoperative precision operations, and postoperative rapid rehabilitation procedures, comprehensively demonstrating the stability and clinical advantages of the domestically produced surgical robot.
During the surgical demonstration, Director Yin Yi’s team worked closely with Professor Ilyasmetov Muratjan Elgashevich, Director of the National Center for Traumatology and Orthopedics of Uzbekistan, to successfully complete total knee prosthesis implantation with using the Naton joint replacement surgical robot. The procedure included intelligent preoperative planning to accurately determine implant position, alignment, and angles, as well as intraoperative submillimeter-level positioning and real-time dynamic tracking for osteotomy. Patients experienced significant postoperative pain relief and favorable functional recovery expectations, expressing strong recognition of the intelligent, minimally invasive treatment outcomes.
This event was not only a high-level technical demonstration and clinical teaching session but also an important platform for in-depth exchange between Chinese and Uzbek orthopedic professionals. Using intelligent medical technology as a bridge, it helped establish a cooperative innovation framework between China and Uzbekistan, supporting the accelerated development of precise, minimally invasive, and intelligent orthopedic diagnosis and treatment in the region.

24/04/2026

Naton Participates in the 93rd China International Medical Equipment Fair (CMEF) On April 9, the 93rd China International Medical Equipment Fair (CMEF) grandly opened at the Shanghai National Exhibition and Convention Center. This year's fair brought together nearly 5,000 medical enterprises from over 30 countries and regions, covering innovative achievements across the entire global medical device industry chain.
Naton Technology Group showcased its range of products at CMEF, working alongside industry peers to drive the in-depth development of the medical industry towards intelligence and precision.
Naton's subsidiary, Jeswis, centrally displayed core solutions including plasma surgical systems, power systems, and electrosurgical systems. These exhibits attracted numerous visitors seeking information and received unanimous praise and widespread attention from attending experts and professionals.
Naton Sports Medicine set up a featured booth at the conference, showcasing its full range of sports medicine consumables and instruments, as well as full high-definition arthroscopy equipment. The display presented a diversified product portfolio and innovative solutions to attending experts, collectively exploring new directions and ideas for the sports medicine field.
At the exhibition, the Naton team provided enthusiastic and professional services, explaining product features and application value to visitors, engaging in in-depth exchanges with various parties, and exploring new opportunities for cooperation. Leveraging its advanced technological strength, innovative product matrix, and comprehensive market strategy, Naton garnered extensive industry acclaim and high recognition.
Naton consistently upholds the values of "serving customers, putting people first, co-creating and sharing, professionalism and efficiency." It is committed to building a national brand with international competitiveness and influence, and continuously providing doctors and patients with superior products and services.

24/04/2026

From single-point assistance to full-course disease management empowerment! Peking University Third Hospital, in collaboration with Naton, releases an intelligent agent for pancreatic disease diagnosis and treatment, redefining the value of specialized AI in healthcare.
On March 26, at the "Medical AI Innovation and Development Conference" held during the 2026 Zhongguancun Forum Annual Meeting, the "Intelligent Agent for Pancreatic Disease Diagnosis and Treatment," jointly developed by the Department of General Surgery at Peking University Third Hospital and the scientific team of Beijing Naton Intelligent Technology Co., Ltd., a subsidiary of Naton Group, was officially launched.
The successful launch of this intelligent agent is supported by the National Science and Technology Major Project on "Four Major Chronic Diseases" and is the result of collaboration among the Xueyuan Road Alliance, the Innovation and Transformation Center of Peking University Third Hospital, and Beijing Naton Intelligent Technology Co., Ltd. The transition from a "single-point model" to a "full-course intelligent agent" marks a new stage in which AI empowers the prevention and control of major chronic diseases, accelerating the move toward refined, personalized, and full-cycle management.
Pancreatic diseases, especially pancreatic tumors, are characterized by insidious onset, rapid progression, and high diagnostic and therapeutic difficulty, making them a key focus in clinical and research fields. With the rapid updating of medical knowledge and continuous iteration of diagnostic and treatment technologies, there is an increasing clinical demand for precise, standardized, and integrated assistive tools. Traditional fragmented AI tools can no longer meet the needs of full-course disease management.
The newly released intelligent agent for pancreatic disease diagnosis and treatment is designed precisely to address this clinical challenge. Led by Peking University Third Hospital, and in collaboration with the Xueyuan Road Alliance, the Innovation and Transformation Center, and Beijing Naton Intelligent Technology Co., Ltd., the project has formed a closed-loop co-development system. It deeply integrates multidimensional core data, including clinical records, medical images, pathological data, and authoritative diagnosis and treatment guidelines. Using knowledge graphs and large language models, the system builds a specialized intelligent system that forms a complete technical closed loop from preoperative planning, intraoperative support, to postoperative management, providing reliable support for standardized diagnosis and treatment of pancreatic diseases.
Leveraging the strong clinical strength and research translation capabilities of Peking University Third Hospital, as well as the robust AI research and development capabilities of Beijing Naton Intelligent Technology Co., Ltd., the intelligent agent has been refined through real-world clinical scenarios. Its technical architecture and functional design are closely aligned with actual diagnostic and treatment processes, laying a solid foundation for subsequent large-scale application.
The system architecture of the intelligent agent consists of four layers: the medical data layer, the AI capability layer, the clinical agent layer, and the physician interaction layer, covering the entire chain of preoperative, intraoperative, postoperative, and research processes. In terms of technical advantages, the intelligent agent achieves second-level governance of full-chain multimodal data, builds a vertical large language model and retrieval-augmented generation architecture, and leverages deep learning to enable dynamic prognostic simulation and full-cycle intelligent closed-loop management.
With this release, all parties involved will further promote the deployment and scaling of specialized intelligent diagnosis and treatment technologies, bringing advanced AI solutions to more patients with pancreatic diseases.

24/04/2026

Academic Frontier: Individualized Robotic Navigation and Multimodal Imaging Make Double-Bundle Posterior Cruciate Ligament Reconstruction More Accurate and Feasible
In recent years, with the continuous development of artificial intelligence technology, robot-assisted surgical techniques have been widely adopted across various orthopedic sub-specialties, achieving excellent clinical outcomes. Sports medicine, as the newest secondary discipline, has been developed rapidly. However, there remains a gap in the level of intelligent development. To further enhance the intelligence of sports medicine diagnostic and therapeutic technologies, the first domestic sports medicine surgical robot was developed by Beijing Naton Medical Robot Technology Co., Ltd. in collaboration with the team of Professor Yu Jiakuo from Beijing Tsinghua Changgung Hospital. Since receiving market approval from the National Medical Products Administration (NMPA) in September 2024, it has been widely used in clinical practice, achieving outstanding surgical outcomes.
The international top-tier journal International Journal of Surgery published the latest research from Professor Yu Jiakuo’s team at Beijing Tsinghua Changgung Hospita, titled "A novel approach to double-bundle posterior cruciate ligament reconstruction: leveraging individualized robotic navigation and multimodal imaging for superior precision and feasibility." This study further demonstrates the technological superiority and clinical utility of the Naton sports medicine surgical robot in the field of posterior cruciate ligament (PCL) reconstruction.
01 Current Clinical Challenges
Double-bundle PCL reconstruction is theoretically more aligned with anatomical and bio-mechanical principles and can more effectively restore knee joint stability. However, its widespread clinical application still faces multiple challenges: First, the bony landmarks at the tibial attachment site of the PCL are not obvious, making them difficult to identify clearly, and the arthroscopic field of view adds to the difficulty of precise tunnel positioning. Second, the procedure requires the precise creation of two independent tunnel bundles: the anterolateral (AL) tunnel and the posteromedial (PM) tunnel. Deviations in the angle, depth, or position of these tunnels may affect graft isometry and tension distribution, potentially leading to surgical failure or postoperative joint stiffness. Furthermore, because the PCL is adjacent to critical neurovascular structures such as the popliteal artery and tibial nerve, there is a risk of over-penetration during drilling or overly deep guidewire placement during tibial tunnel preparation, which could result in irreversible vascular or nerve injury.
02 Surgical Workflow of Naton Sports Medicine Surgical Robot-Assisted PCL Reconstruction
First, a CT and MRI multimodal fusion technique is employed, using stepwise segmentation of images in the coronal, sagittal, and axial planes (Figure 1A). This process successfully constructs a three-dimensional reconstruction model of the patient’s knee joint, including the femur, femoral cartilage, tibia, tibial cartilage, PCL attachment points, and meniscus (Figure 1B), and achieves precise labeling of the PCL tibial footprint localization points (Figure 1C). The femoral tunnel is designed based on the PCL anatomy and its easily identifiable femoral attachment on the medial wall of the intercondylar notch (Figure 1D, top). In contrast, preoperative planning for the tibial tunnel relies on the labeled tibial footprint, as this anatomical landmark is not directly visible under arthroscopy (Figure 1D, bottom). The registration error value is less than 0.5 mm. Subsequently, an individualized robotic navigation system is used for the surgical operation. The femoral and tibial tunnels for the AL and PM bundles are drilled according to the preoperative plan. The system provides real-time control, limiting deviations in tunnel trajectory from the planned path to within 2 mm and 1°, and restricting drill bit protrusion to within 5 mm to protect posterior neurovascular structures (Figure 1E).
▲ Figure 1. Robot-assisted posterior cruciate ligament (PCL) reconstruction. (A) Automatic segmentation of bone and ligament structures. (B) Three-dimensional reconstruction model of the patient's knee joint. (C) Precise labeling of the PCL tibial attachment footprint. (D) Preoperative planning of tunnel positions and trajectories on the femur and tibia. (E) According to the preoperative plan, a universal reconstruction surgical robot system performs drilling of the femoral and tibial anterolateral (AL) and posteromedial (PM) bundle tunnels.
03 Research Results
Both intraoperative arthroscopic exploration and postoperative imaging assessments confirmed that the actual surgical outcomes were highly consistent with the preoperative graft plan: all bone tunnels were precisely located in the predetermined anatomical attachment areas, the morphological structure and tension status of the reconstructed ligament met ideal standards, and the posterior stability of the knee joint was reliably restored.
(F) Robot-assisted femoral tunnel drilling (AL & PM). (G) Robot-assisted tibial tunnel drilling (AL & PM). (H) In-situ fixation of the AL and PM graft bundles. (I) Intraoperative assessment of graft length changes during knee flexion and extension. (J) Postoperative three-dimensional CT imaging of the femoral tunnels. (K) Postoperative imaging of the tibial tunnels.
05 Source of the Paper
Original link: https://journals.lww.com/international-journal-of-surgery/fulltext/9900/a_novel_approach_to_double_bundle_posterior.4547.aspx

Naton Technology Group

06/07/2026

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