MEDICAL ENGINEERING & TECHNOLOGY
Transforming
medicine through
technology.
Medical engineering, artificial intelligence and research bringing new possibilities to clinical practice.
Explore our AI solutionsISO 13485IEC 60601CEFDA
Clinical Technology Ecosystem
Software and AI solutions designed to assist healthcare professionals in different areas of medical care.
Virgilio Rays
222-nm UVC technology and dosing software. Published clinical research with Fundación Instituto Nacional de Heridas.
Imaging & AI Diagnostics
DermaVision, VitalVision, RadioVision, LabVision, SignalVision: multimodal analysis supporting diagnosis.
Triage & Prognosis
BTriage with NFC bracelets + PrognosAI with 23 validated clinical scores.
Patient Experience
VR Calm, Brain & Beats, VR Patient Vision and ClinicAI for wellbeing, education and patient support.
Hospital Management
TrustHospital, DocNotes, FlowClinic, MedRefer, MedDirectory: quality, flow, reputation and referral network.
Pharmacy & Nutrition
PharmaKontacto 5-rights + NFC, IngreVision for ingredient safety, NutriVision for personalized diets.
Infections & Sterilization
ZeroInfectionAI for hospital infection control + UV-Aseptix for surgical asepsis.
Neurocare & Accessibility
AnamarIA for Alzheimer, BHOGIP for visual accessibility and LucIA AI veterinary.
Research & Education
MedETechni Scribe, PubMedETechni, PaperScriptAI and HAME: from study to scientific paper with AI.
Rehabilitation & Sports
Sportmed AI: sports medicine, rehabilitation and return-to-sport supported by AI.
Technical Architecture
We combine language models, computer vision and MLOps pipelines with secure architecture oriented towards healthcare regulatory compliance.
LLMs
Specialized models for each module
Automation
Vertex AI Pipelines
MLOps
Google Cloud Healthcare
Security
Secure architecture for clinical environments
MEDETECHNI / SCIENCE IN ACTION
Evidence takes
center stage.
Results you can explore. Studies you can read.
6 publications · 2025–2026Virgilio Rays, in clinical practice.
Fundación Instituto Nacional de Heridas
Initial bacterial reduction
Mean of patient reductions · table 3
Bacterial reduction at day 15
Relative to baseline · post-application
Mean wound-area reduction
At 15 days · article abstract
Revista Latinoamericana de Enfermeras en Heridas y Ostomías
Vol. 6 · November 2025 · pp. 71–82
Study design and interpretation
Prospective uncontrolled series of 5 patients: 3 venous and 2 diabetic foot ulcers, with advanced wound care. Bacterial percentages average individual changes. The abstract reports 46% for area; the body, 48% (6.88 to 3.67 cm²). Findings describe this series and do not estimate a causal effect.
Aburto I; Alburquenque C; Espinoza G. Short-wavelength ultraviolet radiation in diabetic foot and venous ulcers with prolonged inflammation. 2025.
Less ATP on surfaces
combined ATP reduction
437 paired surface readings at 29 facilities. 95% CI 77.7–84.3%. Before-and-after comparison of surface ATP.
Human and environmental evidence
human reports + environmental reports
A systematic review of 30 reports on 222-nm far-UVC. The wound trial showed a favorable adjusted PSST result; the effect on wound area was uncertain.
Dose, in context
D90 conditions analyzed
Six reports. Preserving a complete curve changed D90 from 1.86 to 8.30 mJ/cm²: how the response is analyzed matters.
Measuring evidence quality
mean reporting completeness
Systematic audit of 84 reports. Radiometry and calibration had 15.67% completeness.
Measuring indoor exposure
numerical readings · 8 series
Semiquantitative photochromic dosimetry. Reading-to-target ratios ranged from 10.0% to 125.0%.
Information for institutions and professionals
Explore our technology, published studies and options for your institution.
Contact the teamPresencia regional · Regional presence
Comunidad global · Global community
Interested in Learning About Our Technology?
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Notice: This tool supports healthcare professionals and does not replace medical diagnosis. AI-generated predictions and suggestions are advisory and require professional validation.