Melanoma detection device

Specialized hyperspectral sensor system for skin lesion analysis and dermatological assessment. Provides high-resolution spectral imaging for melanoma detection and skin condition evaluation. Portable design suitable for clinical and outpatient use.

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

A handheld dermatoscope designed for early detection of malignant melanomas. Features powerful LEDs guaranteed for 10 years, first-class optics with excellent edge-to-edge magnification free from spherical and chromatic aberration, switchable polarisation/immersion filter, and finger-tip operated focus control. Includes a unique disposable single-use contact plate system with measuring graticules (X/Y scale) for assessment and monitoring of melanomas while minimizing cross-infection.

A modular imaging system providing energy-resolved X-ray detection for material characterization and clinical analysis. Enables simultaneous measurement of spatial and spectral information.

Laser source optimized for Raman spectroscopic analysis in medical diagnostic applications. Enables molecular-level tissue characterization and disease detection.

Gamma Probe This product is a high-performance gamma probe equipped with a fast-response organic scintillation sensor, enabling an ultra-fast detection speed of μsec or less. After the injection of a radiopharmaceutical, the detected gamma radiation can be used for local lymph node detection and radioguided surgical mapping. It also helps identify lesions that are difficult to detect by palpation, such as those in the thyroid and breast, improving the accuracy of surgical diagnosis and procedures. With its compact and lightweight design and high detection sensitivity, the device provides a fast and accurate radiation detection solution for surgical environments. High-sensitivity gamma probe for fast and accurate radioguided surgery.

Advanced optical diagnostic device for medical applications combining laser technology with diagnostic capabilities. Designed for clinical use in cancer screening and disease detection.

Non-invasive medical diagnostic radiometer for early-stage cancer and tumor detection using contact thermography. Employs thermal infrared and radio wave principles for disease diagnosis in organs, joints, spine, skin, and mammary glands.

A laser-based diagnostic platform for clinical examination and disease detection. The system enables precise tissue analysis and diagnostic assessment through advanced laser technology.

Embedded Grid Monoblock (EGM) X-ray detector array for medical imaging applications. Integrates wireless detection technology into a single compact unit for use in C-arm, CBCT, DR, DSA, and dynamic imaging systems. Reduces patient radiation exposure while maintaining diagnostic image quality across multiple imaging modalities.

LungWave is a microwave radiofrequency imaging device for breast lesion detection and cancer screening. Using non-ionizing technology without X-ray radiation exposure, it provides safe structural visualization for diagnostic assessment. The device supports early detection of breast abnormalities when intervention is most effective.

ChipSense™ is a miniaturized hyperspectral imaging sensor designed for medical diagnostic applications. The device captures detailed spectral data across multiple wavelengths to enable non-invasive tissue analysis and disease detection. Its compact form factor integrates into clinical imaging systems for enhanced diagnostic accuracy.