LungWave

MammoWave is a revolutionary microwave imaging device for detecting breast lesions without using ionizing radiation, instead utilizing low-power radiofrequency signals (1-9 GHz). The device provides accurate mammary imaging with high sensitivity and specificity, enhanced by artificial intelligence algorithms, and offers a comfortable prone position examination without breast compression. It is a CE-marked Class IIa medical device that has been clinically validated through feasibility and international multicenter trials.

The LUXWAVE SCANNING LASER is a scanning laser imaging system designed for diagnostic visualization and tissue analysis in clinical applications. It provides high-resolution optical scanning capabilities for real-time imaging and assessment of anatomical structures and pathological conditions.

Ultrasound diagnostic imaging devices for real-time visualization. Used across multiple clinical applications including prostate and lung cancer diagnosis.

BrainWave is an innovative microwave imaging device designed for the detection and classification of cerebral stroke based on microwave imaging technology. The device represents a non-invasive approach to rapid stroke assessment and classification.

Specialized ultrasound device for breast tissue imaging and lesion evaluation. Supports oncology and breast health screening.

Specialized imaging and diagnostic protocol for early detection of lung cancer, designed to improve survival rates in high-risk patient populations.

Laser-based diagnostic device developed for cancer detection and screening applications. Utilizes advanced optical technology to identify malignant tissue characteristics.

Wireless handheld ultrasound device for portable diagnostic imaging and real-time visualization of internal organs and tissues. Designed for point-of-care applications in clinical settings, enabling rapid assessment and improved patient mobility during examination. Combines compact design with wireless connectivity for flexible deployment in various healthcare environments.

Medical-grade millimeter-wave radar technology for non-contact vital sign monitoring and clinical imaging applications. Enables real-time detection of physiological parameters including respiration, heart rate, and movement without direct patient contact, supporting remote patient monitoring and diagnostic workflows.

Specialized imaging technology for early detection and diagnosis of lung cancer. Integrates AI-assisted analysis to improve diagnostic accuracy and clinical outcomes.

Ultrasound imaging systems specifically designed for breast examination and characterization of lesions without radiation exposure.