Shanghai LungHealth MedTech Co., Ltd.

Langhe Medical is a world‑leading medical surgical robotics company, founded in 2015 at Shanghai Zero‑Bay Global Innovation & Entrepreneurship Cluster. As the lead organization for the key special project “R&D of Trans‑respiratory Tract Diagnostic and Therapeutic Robotic System” under the 14th Five‑Year National Key R&D Program, the company maintains in‑depth research partnerships with Tsinghua University and Shanghai Jiao Tong University. In 2021, it launched China’s first flexible endoscopic surgical robot with fully independent core intellectual property rights for natural‑orifice transluminal surgery.Focusing on minimally‑invasive tumor intervention, the enterprise develops a portfolio of innovative products covering endoscopes and bronchoscopic navigation robots, dozens of which have been installed and deployed for clinical use in Grade‑A tertiary hospitals across China. The company has received numerous national and provincial honors, and is recognized as a Potential Unicorn Enterprise in Jiangsu Province. It holds EU CE certification and China quality system certification, and has completed multiple rounds of financing totaling hundreds of millions of RMB.Its R&D and marketing headquarters is located in Shanghai. A 5,000‑square‑meter GMP‑compliant production, pilot‑test and demonstration base has been built in West Taihu Medical Device Industrial Park, Changzhou, Jiangsu Province.

Produk & keunggulan

5G‑enabled Module for Polaris™ Bronchoscopic Navigation Robot

1、5G Low‑Latency Remote Control: It achieves hand‑eye synchronization between operation commands and surgical images. The catheter provides sub‑millimeter‑level manipulation accuracy, and clinical validations of remote respiratory endoscopic surgeries over a distance of up to 5,000 kilometers have been completed.2、AI‑empowered Integrated Navigation: Equipped with the robot’s native AI algorithms, the system automatically reconstructs 3D bronchial trees from patients’ CT images and generates optimal insertion paths by AI. Intra‑operative autonomous AI spatial registration compensates for lung deformation caused by respiration and improves the localization accuracy of peripheral pulmonary nodules.3、Integration of Embodied Intelligence and Magnetic Navigation: The 5G communication link is deeply coupled with magnetic positioning and flexible manipulator control. The robot retains full intra‑operative positioning and flexible steering capabilities under remote operation. Multiple real‑world 5G‑assisted remote human clinical surgeries have been accomplished for the first time domestically. This technology serves as a core component of the key special project under China’s 14th Five‑Year National Key R&D Program.4、Domestically‑developed Full Core Intellectual Property: It supports new modes of tiered medical care and telemedicine, and can be applied for remote expert guidance, hands‑on remote surgery and cross‑hospital clinical training.

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