Diagnostic techniques

The patient has access to the best non-invasive skin diagnostic equipment.

Photodynamic diagnosis VECTRA 360 3D + AI

Designed specifically for dermatology, the VECTRA WB360 full-body 3D imaging system (integrated with ARTIFICIAL INTELLIGENCE) captures the entire surface of the skin in macro-quality resolution with a single capture.

The fully integrated software allows doctors to map and monitor pigmented lesions and distributed skin diseases. Other applications include the documentation of pigmented lesions, psoriasis, vitiligo and other lesions that are difficult to diagnose. The main objective is to diagnose all lesions and melanomas, carcinoma in its initial phase. Consult more information

Intellistudio 2D + AI photodynamic diagnosis

Automated whole body imaging with integrated body mapping.

Motorized programmable elevator ensures repeatable camera positions and illumination.

Standardized templates control camera settings and guide patient poses.

Automated sequencing guides the user through captures, without the need for special photography knowledge. See more information

Epiluminescence microscopy diagnosis Dermagrapix

DermaGraphix® and Canfield IntelliStudio body mapping software deliver fast, repeatable total body photography in any practice.

Built-in body map templates guide you to quickly capture standardized generalized images with the connected SLR camera.

The unique IntelliPanel® lighting system provides perfectly balanced clinical-grade illumination for uniform skin imaging.

Integrated range lights ensure precise camera-to-subject distance and repeatable subject positioning. And when combined with the VEOS DS3, it wirelessly captures and labels dermoscopic lesion images on body map sector photographs. See more information

Hairmetrix hair diagnosis

The first non-invasive hair consultation powered by Artificial Intelligence.

This fully automated real-time analysis does not require hair cutting and allows appropriate treatment plans and objective monitoring of results to be easily communicated to patients.

HairMetrix Benefits: 1) Fully automated untrimmed analysis, 2) Old/terminal follicular unit ratio, 3) Objective monitoring of the result.

Uses the latest AI algorithms.

There is no special preparation of the scalp or hair. See more information

Digital dermoscopy

Epiluminescence microscopy or Dermatoscopy is a non-invasive diagnostic imaging technique that significantly improves the diagnostic accuracy of melanocytic lesions and other skin tumors. New diagnostic computer systems allow for total body mapping, lesion localization, and electronic archiving of lesion images with digital epiluminescence microscopy. This makes it possible to carry out very precise serial controls of the patient and detect minimal changes suggestive of malignancy even when there is a large number of lesions.

Confocal microscopy applied to diagnosis

Confocal microscopy applied to diagnosis is a non-invasive imaging technique that significantly improves the diagnostic accuracy of melanocytic lesions and other skin tumors.

Molemax HD Digital Epiluminescence Microscopy

Digital dermoscopy or Molemax HD Digital Epiluminescence Microscopy.

Epiluminescence microscopy or Dermatoscopy is a non-invasive diagnostic imaging technique that significantly improves the diagnostic accuracy of melanocytic lesions and other skin tumors.

New diagnostic computer systems allow for total body mapping, lesion localization, and electronic archiving of lesion images with digital epiluminescence microscopy. This makes it possible to carry out very precise serial controls of the patient and detect minimal changes suggestive of malignancy even when there is a large number of lesions.

Facial diagnosis with Visia

The VISIA and VECTRA devices are used to record and measure superficial skin conditions and depth of the dermis, both with a rapid series of automated protocols and obtaining a 3-dimensional (3D) image map.

With this system, repeatable 3D facial images are obtained, allowing treatment progress and results to be recorded effectively over time.

It is possible to design facial skin rejuvenation and care programs taking into account the skin condition of each patient, measurement of wrinkles, UV damage caused by the sun and individual and personalized planning of anti-aging studies. Dermatological Diagnosis carries out multispectral technology research with different light sources and filters and has a strategic alliance with Canfield Corp. , leaders in this type of technology.

Fotofinder HD Digital Epiluminescence Microscopy

Digital dermoscopy equipment and total body maps (with poralized light)

Digital Dermatoscopy is a non-invasive diagnostic imaging technique that significantly improves diagnostic accuracy in melanocytic lesions and other skin tumors.

Digital dermoscopy and mapping imaging systems enable total body mapping, lesion localization, and electronic archiving of lesion images with digital epiluminescence microscopy. This makes it possible to carry out very precise serial controls of the patient and detect minimal changes in the patient’s lesions.

Diagnosis Dermatológica has experimental imaging equipment and participates in an international research project in this field together with the University of Vienna, University of Graz (Austria), University of Naples (Italy), Polyclinic Institute of Marseille (France). It has a strategic alliance with Fotofinder and Derma Instruments for these projects. In the Diagnosis facilities, professionals from all over the world are trained in these techniques.

Confocal microscopy applied to the diagnosis of melanoma

Confocal microscopy and high-resolution digital dermoscopy: The new era in the early and non-invasive diagnosis of skin cancer.

In vivo confocal microscopy is an advanced non-invasive technique for the study of skin lesions that allows obtaining images with a cellular resolution similar to the conventional histology of a biopsy, without any risk to the patient and in a completely painless manner.

This technology allows for skin analysis at the cellular level without the need to remove tissue. These techniques are only available in some centers around the world and allow direct diagnosis without skin biopsies and evaluation of skin lesions before treatment or removal when necessary. The center collaborates with more than 100 dermatologists and plastic surgeons from around the world who refer their patients for diagnosis.