(Shared Characteristics across the Advanced Line: HS600-TS • HS800 • HS1000 • HS1000trico)
The Advanced Line systems share an engineering core built for long-term clinical durability and frictionless integration into hospital and outpatient environments:
Constant Force Dynamic Ergonomics: Patented counterbalance elevation mechanism allowing smooth, rapid, and simultaneous adjustment of the working surface to operator height, ensuring full compliance with occupational health regulations.
Multi-Board Hardware Architecture: Modular electronic backpanel featuring hot-pluggable independent circuit boards; simplifies on-site servicing, eliminates operational downtime, and facilitates system upgrades without requiring cart replacement.
Clinical Data Flow and Hospital Connectivity: Specialized suite with a secure relational database, built-in smart card reader for instant patient demographic capture via national health cards, dual control footswitch, and native DICOM/PACS enterprise compatibility.
Smart Card Health ID Reader: Automatically populates patient profiles from electronic health cards and retrieves archived records upon insertion. This eliminates clerical transcription errors, prevents duplicate entries, and significantly accelerates the patient intake workflow.
TECHNOLOGY FOCUS: HORUS FAV™
Fluorescence Advanced Videodermatoscopy — Patented Optical Engineering for In Vivo Cellular Imaging
Horus FAV™ represents the peak of Adamo S.r.l.'s R&D, introducing an optical-electronic platform protected by European patent. Designed to redefine the boundaries of diagnostic accuracy, Horus FAV™ takes clinical imaging beyond conventional cutaneous surface analysis, enabling real-time, non-invasive microscopic optical cross-sections of deep tissue architecture. This modality substantially reduces exploratory punch biopsies and accelerates the clinical decision-making pathway.
Physical Principle: Spectral Excitation and Sub-Micron Resolution
Horus FAV™ operates through a high-precision annular illumination array tuned to the near-ultraviolet spectrum along the Soret Band (360–450 nm). This targeted electromagnetic radiation selectively excites specific endogenous fluorophores (such as cytochromes and hemoglobin), which emit non-radiative fluorescence during molecular relaxation.
- Sub-Micron Spatial Resolution: Resolves fine cytological structures, cellular atypia, and subtle microarchitectural disruptions across the dermo-epidermal junction and the papillary dermis.
- High-Contrast Optical Rendering: Dedicated software algorithms translate incoming optical emissions into a calibrated grayscale output, where pixel intensity values directly correlate with intrinsic cellular absorption coefficients.
Continuous Optical Zoom from 200x to 1100x Without Lens Replacement
Unlike legacy setups requiring manual swaps of ocular objectives or optical assemblies, the lightweight (~200 g) UltraLight probe employs dynamic variable-focal zoom optics:
- Seamless Magnification Transition: Shifts instantaneously from panoramic macro overview to ultra-high-magnification in vivo cytological imaging (from 200x up to 1100x) using a single handpiece.
- Uninterrupted Workflow: Maximizes operational ergonomics, eliminates patient examination fatigue, and cuts clinical consultation times.
Clinical Scope and Multispecialty Applications
Horus FAV™ serves as an essential diagnostic bridge across several core disciplines:
- Dermato-Oncology: Early differentiation of melanocytic lesions and early in situ melanomas from seborrheic keratoses, permitting the direct appraisal of critical histopathological indicators such as cellular folliculotropism.
- Microcirculation and Capillaroscopy: Detailed morphological evaluation of terminal vascular beds and capillary loop geometry.
- Advanced Trichology and Vitiligo Monitoring: Objective quantification of follicular unit architecture and cellular repigmentation monitoring during targeted phototherapy or topical protocols.
- In Vivo Parasitology and Gynecological Endoscopy: Immediate visualization of transmissible pathogens and deep mucosal pathologies.
Natively integrated into the medical software ecosystem featuring computer-assisted reporting and DICOM export protocols, Horus FAV™ equips the clinical room with academic-grade in vivo microscopy.