UV-A medical device for theranostic-guided corneal cross-linking
C4V CHROMO4VIS® sets the new gold standard for treating keratoconus

The medical device has unique technical characteristics, including:
TRANSFORMATIVE TECHNOLOGY
Scientifically and clinically validated theranostics technology
EXPONENTIAL AND ENABLING TECHNOLOGIES
- Augmented reality for precise corneal focusing with integrated Placido disc technology
- Internet of Medical Things (IoMT) for remote control and predictive maintenance
- Artificial Intelligence (AI) for continuous improvement of device performance
- Digital traceability for clinical data storing and exporting
TECHNICAL SPECIFICATIONS
Seven pre-set treatment protocols and UNLIMITED additional options
MAXIMUM RELIABILITY
Dual UV-A light power density monitoring system.
SUSTAINABLE TECHNOLOGY
Optimized energy power consumption
INTEGRATED INTERCONNECTION WITH PROPRIETARY CONTROLLED CORNEAL IONTOPHORESIS

The medical device has unique technical characteristics, including:

Augmented reality
precise corneal focusing with Placido disk technology

Maximum device reliability
real time UV-A energy and power density monitoring

Digital traceability
integrated vision system for data recording and storing

Internet of Things
remote control system and predictive maintenance

Sustainable innovation technology
optimized energy consumption
C4V CHROMO4VIS®
Unlimited treatment options:
- UV-A energy: from 3.6 J/cm2 to 10.0 J/cm2
- UV-A power density: from 3 mW/cm2 to 40 mW/cm2
- UV-A irradiation modality: continuous or intermittent
- UV-A beam size: from 5 mm to 9 mm
- Enhanced EpiOn algorithm for transepithelial CXL
- Riboflavin application: manual or through controlled corneal iontophoresis


C4V CHROMO4VIS®
Offre la più ampia gamma di impostazioni di trattamento del cross-linking:
- Energia UV-A: da 3.6 J/cm2 a 10.0 J/cm2
- Densità di potenza UV-A: da 3 mW/cm2 a 40 mW/cm2
- Modalità di irradiazione UV-A: continua o intermittente
- Area di trattamento UV-A: da 5 mm a 9 mm
- Enhanced EpiOn: Protocollo irradiazione transepiteliale