V5med Lung AI is an artificial intelligence software system for automated analysis of pulmonary medical imaging. The platform leverages deep learning algorithms and image processing technology to assist clinicians in detecting and characterizing lung pathologies from CT and radiographic studies. Int...
Manufactured by
Hsinchu, Taiwan
Founded in 2023, V5med is at the forefront of Medical Image AI innovation. Utilizing state-of-the-art AI technology, V5med has forged strategic partnerships with esteemed institutions, including Taipei Veterans General Hospital, National Taiwan University Hospital, and the Taiwan Lung Cancer Society. This collaboration has led to the development of V5 Lung AI , a groundbreaking computer-aided detection (CAD) system for lung cancer screening. V5 Lung AI transforms medical practice by enabling clinicians to detect nodules on low-dose CT (LDCT) images with unparalleled accuracy, thereby significantly reducing examination times . Beyond its efficiency, V5 Lung AI swiftly annotates nodules and provides essential details about their characteristics, such as diameter, volume, nodule type, and lung-RADS score. Remarkably, the system autonomously performs comparative analyses of nodule growth over time, delivering instantaneous assessments of volume doubling time (VDT). Additionally, V5 Lung AI produces detailed reports in accordance with ACR Lung-RADS and Fleischner guidelines following AI analysis. In addition to its pioneering work in lung cancer detection, V5med is committed to advancing technologies for quantifying pulmonary fibrosis, detecting COPD, assessing coronary artery calcification, and diagnosing osteoporosis. V5med's ultimate goal is to establish itself as a global leader in the realm of image AI solutions.
✦ Product-Specific Coverage
Based on AI-matched alternatives related to this product across Suplivia's medical sourcing network.
Generated for this product
AI-matched supplier coverage based on related product alternatives.
Shenzhen Yuanlu Technology Co., Ltd
China · 2 relevant products
Medlea Srl
Italy · 3 relevant products
Siemens Healthineers Ltd.
China · 3 relevant products
Plusman LLC
Japan · 3 relevant products
CheMOnitor Ltd.
Hungary · 1 relevant product
Surgical Reality BV
Netherlands · 2 relevant products
JFHealthcare
China · 2 relevant products
Infervision
China · 3 relevant products
APlus Healthcare Technology (Shanghai) Co., Ltd
China · 1 relevant product
Shenzhen Hihero Technology Co.Ltd
China · 1 relevant product
59 more relevant manufacturers available
Get free access to all relevant manufacturers for this product.
See all manufacturers →5 more sourcing countries available
Get free access to all sourcing countries identified for this product.
See all countries →See the full supplier coverage for this product
Get free access to all relevant manufacturers, sourcing countries, and product alternatives.
✓ Free for medical industry professionals.
from other manufacturers
from other manufacturers
12 of 87 closest product alternatives
Shenzhen Yuanlu Technology Co., Ltd · China
AI-powered software platform that processes pulmonary imaging data using image processing, pattern recognition, and machine learning algorithms. The system assists clinicians in interpreting medical images with enhanced accuracy and provides comprehensive analysis to identify potential pathologies and anatomical variations.
Medlea Srl · Italy
A digital care solution for surgery and critical care that uses artificial intelligence to process multimodal clinical and radiological data for detailed functional assessment of lung pathophysiology. The system reconstructs cardiorespiratory organs with patient-specific parameters, derives morphofunctional biomarkers, and enables detection of lesions, pre-operative lung function assessment, disease progression prediction, and optimization of adaptive closed-loop ventilation settings to prevent ventilator-induced injuries.
Siemens Healthineers Ltd. · China
AI-powered software for automated lung nodule detection and classification in CT imaging. Assists clinicians in early lung cancer identification and risk assessment.
Plusman LLC · Japan
Plus.Lung.Nodule is a software as a medical device (SaMD) that uses deep learning algorithms to assist radiologists in detecting and characterizing lung nodules on thoracic CT scans. The system enhances diagnostic accuracy and workflow efficiency in pulmonary imaging interpretation.
Medlea Srl · Italy
LeaRes is a predictive digital twin platform for lung analysis that detects subtle correlations in longitudinal data and uncovers trends in multivariate time series. It provides real-time 3D reconstruction of airways, nasal cavities, oropharynx, lobes, fissures, and vascular structures, and analyzes morphology and ventilation to detect and classify nodules and lesions for pre- and post-surgical scenarios. The system extracts regional biomechanics and risk maps with AI-derived biomarkers for reinflation and hyperdistention assessment, and evaluates blood flow and perfusion abnormalities in branching arteries and parenchyma. All solutions are browser-accessible and comply with GDPR, HIPAA, and SOC2 security standards.
Medlea Srl · Italy
A predictive analytics system that analyzes multimodal patient data to forecast lung disease progression. The tool integrates morphofunctional biomarkers with clinical parameters to support early intervention strategies.
CheMOnitor Ltd. · Hungary
AI-driven diagnostic solution for early monitoring of chemotherapy effectiveness in lung cancer patients. Utilizes predictive analytics to assess treatment response at early stages, enabling clinicians to optimize therapeutic decisions and improve patient outcomes.
Plusman LLC · Japan
Plus.Lung.Nodule is a software as a medical device (SaMD) that uses deep learning algorithms to assist radiologists in detecting and characterizing lung nodules on thoracic CT scans. This AI-powered diagnostic tool enhances interpretation accuracy and clinical decision-making in pulmonary imaging.
Surgical Reality BV · Netherlands
Machine learning-based software component that automatically labels lung segmental anatomy from CT imaging data. Provides accurate anatomical identification to support complex lung-sparing surgical procedures.
Plusman LLC · Japan
Plus.CXR is a software as a medical device (SaMD) that uses deep learning algorithms to aid radiologists in detecting and characterizing lung nodules on thoracic CT scans. The system provides automated analysis to support diagnostic interpretation and improve clinical decision-making in pulmonary imaging.
Surgical Reality BV · Netherlands
AI-powered 3D surgical planning and navigation software for thoracic surgery. Integrates DICOM imaging with real-time anatomical labeling, tumor annotation, and tissue simulation to support preoperative planning and intraoperative guidance during complex lung resections including lobectomy and segmentectomy. Enables visualization of patient-specific anatomy alongside endoscopic video during VATS/RATS procedures, reducing operating time by 20-30 minutes.
JFHealthcare · China
An artificial intelligence solution for medical imaging analysis that enables precise algorithmic computation for improved diagnostic accuracy. The system is designed to enhance diagnostic capabilities in healthcare settings through advanced machine learning technology.
75 more product alternatives available
Create a free account to compare more product alternatives and supplier options.
© 2026 Suplivia · Home · Browse Products