- AINIA Digital
HEALTHscan: Advanced imaging technology, AI and collaborative robotics for precision medicine
Advanced imaging technology, AI and collaborative robotics for precision medicine
A new paradigm in tissue diagnostics
Del tejido al dato. De la incertidumbre al diagnóstico certero
In modern medicine, the early and accurate detection of cellular alterations is critical to improving prognosis and personalising treatment. However, conventional tools, such as biopsies and traditional imaging techniques, are invasive, slow or insufficient to detect early biochemical changes.
HealthScan overcomes this limitation by enabling real-time tissue characterisation without physical contact or sample extraction, using hyperspectral imaging and AI algorithms trained on real clinical data.
Technology designed to improve clinical practice in specialties such as:
Oncology
Early detection of melanoma, basal cell carcinoma or adenomas in the skin, colon or oral mucosa.
Dermatology
Automated classification of skin lesions, psoriasis, inflammatory acne or atopic dermatitis.
Gynaecology and fertility
Non-invasive analysis of the endometrium or ovarian tissues to optimise fertility treatments.
Cardiology
Contactless assessment of the myocardium, helping to predict inflammatory or ischaemic conditions.
Transplants and surgery:
In situ assessment of the condition of preserved organs and implanted tissues.
Beyond diagnosis: a clinical decision-support tool
Medical efficiency, patient safety and technological leadership
HealthScan not only improves diagnosis but also enhances the capabilities of healthcare professionals.
- Provides objective, quantifiable information in real time, without waiting times caused by laboratory backlogs.
- Reduces reliance on invasive tests or limited resources.
- Improves clinical workflow efficiency by avoiding diagnostic bottlenecks.
- Facilitates data-driven decision-making through deep learning based on previous real-world cases.
- It can be adapted to multiple hospital settings, including dermatology, operating theatres, outpatient clinics, endoscopy units and pathology laboratories.
Integrated artificial intelligence makes it possible to identify patterns that are invisible to the naked eye, continuously learning to deliver increasingly accurate results.
Synergistic, intelligent and compatible with your systems
An advanced architecture that evolves with you
Multiband hyperspectral imaging (visible + infrared):
Multiband hyperspectral imaging (visible + infrared): Enables the identification of structural and biochemical alterations that are not visible using conventional methods.
NIR spectroscopy
NIR spectroscopy Extracts the chemical fingerprint of tissues without contact, making it ideal for distinguishing healthy from pathological tissue.
Artificial intelligence (AI)
Artificial intelligence (AI) Autonomously analyses spectral data, detects lesions, classifies tissues and generates diagnostic alerts.
Collaborative robotics
Collaborative robotics Facilitates automated scanning in operating theatres or consultation rooms, reducing the workload of clinical staff and improving accuracy.
Clinical augmented reality
Clinical augmented reality Visually highlights suspicious areas directly on the image, enabling faster and safer action.
Edge computing
Edge computing Processes data in situ, ensuring speed and privacy without relying on external servers.
Designed to integrate easily with other medical imaging systems and clinical databases.
Clinical projects that support the solution
Proven results in real hospital environments
CHEMISCOPIA
CHEMISCOPIA La Fe Hospital: classification of adenomas without biopsy.
MELADET
MELADET La Fe Hospital: early melanoma diagnosis using AI
MEDISCAN
MEDISCAN La Fe + IVO: real-time delineation of colon and skin cancer using spectral endoscopy.
AD-DERMA
AD-DERMA IVO: non-invasive assessment of cancerous skin lesions.
Advanced fertility
Advanced fertility Private collaboration: treatment optimisation using endometrial spectroscopy
Organ preservation
Organ preservation La Paz Hospital + INCLIVA: AI-based characterisation of organs for transplantation.
When innovation and medicine work together
Reduce risks, improve decision-making and transform your clinical practice
HealthScan completely transforms the diagnostic approach:
- Avoids unnecessary invasive procedures
- Improves early detection
Increasing the therapeutic success rate.
- Reduces clinical variability
Providing standardised and objective results
- Optimises clinical resources
Freeing up time and capacity for priority cases.
- Supports precision medicine
Tailoring decisions to the patient’s actual characteristics.
- Scalable and modular
Adaptable to the needs of each centre: from private clinics to university hospitals.
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