Robot Technology

CUREXO provides differentiated products and medical solutions based on cutting-edge medical technology.

CUVIS-joint

Artificial joint surgery robot system with fully automatic cutting
function

CUVIS-spine

Spine surgical robot system that guides the pedicle screw
precisely as planned.

Morning Walk

Morning Walk is a gait rehabilitation robot that was invented to helps patients to recover faster.

CUVIS-joint

Artificial joint surgery robot system with fully automatic cutting
function

CUVIS-spine

Spine surgical robot system that guides the pedicle screw
precisely as planned.

Morning Walk

Morning Walk is a gait rehabilitation robot that was invented to helps patients to recover faster.

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Newsroom

CUREXO’s press releases & news

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Participates in WHX Dubai 2026, Accelerates Middle East Med-Robotics Expansion

- Showcases CUVIS-joint Surgical Robot and Morning Walk Rehabilitation Robot, Expands Middle East Network Medical robotics specialist Curexo (060280) announced on the 13th that it successfully participated in WHX Dubai 2026, the world's largest medical device exhibition, held from the 9th to the 12th in Dubai, UAE.Visitors listen to an explanation of the Morning Walk gait rehabilitation robot at the Curexo booth during WHX Dubai 2026. [Photo courtesy of Curexo]  WHX Dubai 2026 (World Health Expo Dubai) is a leading global healthcare exhibition representing the Middle East region, attracting medical device companies, healthcare professionals, and industry stakeholders from around the world. At the exhibition, Curexo showcased its flagship products: the CUVIS-joint robotic system for joint replacement surgery and the Morning Walk gait rehabilitation robot. During the exhibition, the company's booth received visits from medical device distributors and healthcare institution representatives across the Middle East and Africa. Based on live demonstrations, discussions were held regarding potential equipment adoption and partnership opportunities. Through these meetings, the company confirmed the potential for expanding its local partnership network in the Middle East. In particular, Curexo shared its global business roadmap, including its goal of obtaining CE MDR certification in Europe this year, further strengthening partner confidence. CE MDR certification represents enhanced safety and quality standards required not only in Europe but also in key overseas markets such as the Middle East. Securing the certification is expected to serve as a critical turning point for expanding global sales. A Curexo official stated, "The Middle East is a strategic market where government-led healthcare investment and demand for advanced medical services are rapidly increasing. Building on this exhibition, we will accelerate our expansion into the Middle East medical robotics market and further drive overseas revenue growth."

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Indian Subsidiary Secures Medical Device Import License, Expands Local Supply and Service

– Localization of Core Parts and Consumables Supply Chain … Establishment of Local Supply and After-Sales Service SystemCurexo Co., Ltd., a medical robotics company led by CEO Lee Jae-jun, announced on the 13th that its Indian subsidiary has obtained a Medical Device Import License (MD-15) from the Central Drugs Standard Control Organization (CDSCO) for its robotic joint surgery system, CUVIS-joint."CUVIS-joint" (Photo courtesy of Curexo) This approval is a mandatory requirement for the importation of medical devices into India and is significant in that it enables the local subsidiary to directly supply the robotic system, as well as related consumables and core components. With the acquisition of the license, Curexo has established a system under which its Indian subsidiary can directly import and manage consumables and key components, for which demand is increasing in line with the growing number of surgical procedures. This is expected to shorten delivery lead times for consumables in India, enhance inventory responsiveness, and ultimately improve the operational stability and convenience of robotic surgery programs at medical institutions. In addition, the local subsidiary will serve as a service hub, providing equipment maintenance and technical support to distributors and healthcare institutions. The company stated that establishing a localized response system that integrates parts supply and technical support will help enhance equipment uptime and customer satisfaction, thereby laying the groundwork for future revenue growth. A Curexo official commented that the acquisition of the import license is meaningful in that it provides a stable foundation for the Indian subsidiary to carry out local supply and service functions, adding that the company will continue to strengthen its local capabilities to enhance business stability in the Indian market.

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CUVIS-Joint THA Achieves Clinical Success in Hip Replacement Surgery in Korea

- Bumin Hospital President Dr. Yong-Chan Ha Performs Korea's First Successful Hip Replacement Using a Domestic Medical Robot - Indication Expanded from Knee to Hip, Demonstrating an Expandable Surgical Platform CUREXO, a medical robotics company led by CEO Jae-Jun Lee, announced on the 10th that it has successfully completed a total hip arthroplasty (THA) using CUVIS-Joint THA, marking the first successful clinical hip replacement performed by a Korean medical robotics company. The surgery was performed at Seoul Bumin Hospital by Dr. Yong-Chan Ha, President of the hospital and a nationally and internationally recognized authority in hip surgery. This procedure is particularly significant as it represents the first clinical success by a domestic medical robotics company for the THA indication using CUVIS-Joint."Dr. Yong-Chan Ha of Seoul Bumin Hospital is performing hip replacement surgery using Curexo's CUVIS-Joint THA." CUVIS-Joint THA establishes a three-dimensional preoperative surgical plan based on the patient's anatomical structure and enables highly precise bone resection through robotic assistance. This approach minimizes key variables in hip replacement surgery—such as implant positioning errors and leg length discrepancies—thereby maximizing surgical accuracy and consistency. CUREXO has already led the commercialization of domestically developed orthopedic surgical robots through CUVIS-Joint for knee replacement procedures. With this successful hip replacement surgery, the company has expanded its application from the knee to the hip. This achievement demonstrates that CUVIS-Joint is an expandable surgical platform capable of supporting multiple joint replacement procedures within a single robotic system. Dr. Ha stated, "This clinical case is highly meaningful in that it proves, through real-world practice, that Korean-developed surgical robots are capable of performing complex hip surgeries with a high level of precision. As surgical data continues to accumulate, CUVIS-Joint has the potential to drive transformative changes across the field of orthopedic surgery." A CUREXO representative added, "CUVIS-Joint THA is a solution designed to maximize precision in complex hip replacement procedures. Having demonstrated our robotic capabilities in both knee and hip surgeries, we will continue striving to become a global leader in the orthopedic surgical robotics market."