Bone Age Assessment Module

Dedicated software for body composition analysis and reporting. Integrates with COSMED ecosystem for complete metabolic assessment documentation.

Specialized software module enabling regional analysis of fat mass, muscle mass, and bone mass in specific anatomical areas. Integrated with DXA systems for detailed body composition assessment.

mai:BoneAge is an AI-powered medical solution designed to support bone age assessment through hand X-ray image analysis. Based on the Greulich–Pyle (GP) method, it provides up to three ranked bone age predictions to improve accuracy and efficiency compared to conventional assessment methods. The solution delivers analysis results within seconds with a single click and highlights key regions using heat maps to support bone age interpretation. physicians can add their own observations alongside AI-generated results, allowing clinical judgment to be reflected in the final assessment. mai:BoneAge also offers the AI Bone Age Assessment Report, which visualizes bone age results and predicted height in graph form, helping facilitate clearer communication between physicians and patients and supporting overall care quality.

Digital software system for analyzing bone mineral density from radiographic imaging. Supports diagnostic assessment of osteoporosis and bone health.

AI-powered biological age assessment platform that analyzes physiological data from wearable devices to determine biological aging patterns. Provides personalized health insights and risk stratification based on continuous biometric monitoring.

Bone360 is a CE-marked medical device designed to support differential diagnosis for specialists in orthopedics, traumatology, rheumatology, and physiatry. The device assists in bone-related diagnostic assessment and clinical decision-making.

BMD Software LDA is a healthcare IT system designed to manage bone mineral density data and clinical workflows. The software supports diagnostic imaging integration, patient record management, and osteoporosis risk assessment for healthcare facilities.

Software system for processing and analyzing gait, running, and postural biomechanical data. Provides comparative measurements and objective clinical assessment documentation.

Software for analysis and planning of bone deformity correction procedures. Provides comprehensive tools for biomechanical evaluation and surgical planning in orthopedic reconstruction.

AI-powered digital workflow application for automated analysis of bone marrow aspirate samples. Provides standardized morphological examination and enhanced collaboration for hematology laboratories.

Software system for neonatal screening programs enabling automated analysis and reporting of newborn metabolic disorders. Integrates with laboratory data management and quality assurance protocols.

A software tool that derives and analyzes morphofunctional biomarkers from multimodal clinical and radiological data. The system performs longitudinal analysis to predict disease progression and identify precursors of respiratory complications.