VivoSight Dx Pro

โพสต์เมื่อ : 24 ส.ค 2569 เวลา 2:50 น.

VivoSight Dx Pro

VivoSight Dx Pro Optical Coherence Tomography

High resolution, non-invasive imaging of skin structure & function- in only seconds.

VivoSight Dx Pro skin imaging system delivers unparalleled, in-vivo visualisation of the skin, enabling confident clinical insight and accelerated research without the need for biopsy.

Unrivalled >1mm depth penetration giving high-resolution, 3D, skin imaging
Widest field-of-view, 6mm x 6mm scan enables visualization of entire lesion
Completely non-invasive. Better accepted by your patients/subjects
Fast, efficient scanning. Full 3D imaging in just 15 seconds

How it Works

An optical analogue to ultrasound imaging using lasers

Optical Coherence Tomography (OCT) is an imaging technology based on light rather than sound. In much the same way that ultrasound uses acoustic waves, VivoSight OCT employs eye-safe, infrared scanning laser light to generate a high-resolution, three-dimensional block of image data.

With its unrivalled 6 mm × 6 mm field of view and >1 mm imaging depth, VivoSight Dx Pro skin imaging system allows clinicians and researchers to visualise deep into the dermis, capturing the full subsurface architecture of the lesion. Powerful, intuitive software transforms complex OCT data into clear, easy-to-interpret 3D images.

Dynamic OCT (D-OCT)

Functional insight beyond structure.

Dynamic OCT (D-OCT) extends conventional structural OCT by visualising real- time microvascular blood flow within the skin, adding functional information to high-resolution morphology. By detecting motion contrast from flowing blood cells, D-OCT reveals vascular patterns and perfusion changes associated with inflammation, tumour activity, and treatment response — without contrast agents or invasive procedures.

Fully integrated into the VivoSight Dx Pro workflow, D-OCT supports more confident lesion characterisation, aids differentiation of benign and malignant features, and enables objective monitoring of therapeutic effect over time, all from the same fast, non-invasive scan.

Harness the Power of AI

Making OCT accessible to every dermatologist.

VivoSight Dx Pro is designed to be easier to learn and faster to use than ever before. With VivoAID*, AI-driven image markers are automatically placed to support interpretation, consistency, and training — helping users build confidence quickly.

By integrating advanced artificial intelligence into everyday clinical workflows, VivoSight Dx Pro helps streamline image assessment while reducing variability between users. The intuitive AI-assisted guidance enables clinicians to identify key structural features more efficiently, supporting faster decision-making and a more standardized imaging experience across a wide range of dermatological applications.

Comprehensive, quantitative skin analysis

Objective metrics at the click of a button

VivoTools* provides rapid, automated calculation of key quantitative skin parameters, enabling objective skin health assessment and comparison over time. From clinical research to product development, VivoTools turns OCT images into actionable data. Discover how VivoTools can accelerate your skin research or aesthetic product development

*VivoTools is for investigational use only. Not for use in the clinical pathway.

VivoSight Dx Pro

CE-marked as a Class IIa Medical Device under MDR (EU 2017/745)

VivoSight Dx is intended for imaging of the skin and nails of the human body, to provide cross-sectional images of the tissue structure and blood vessel network.

VivoSight Dx is indicated for use:

As an adjunct device to support the clinical non-invasive diagnosis and follow-up of low-risk superficial BCC and nodular BCC, for clinically unclear nonpigmented lesions < 1 cm diameter in low-risk anatomical areas.
As an adjunct device to support the clinical non-invasive differential diagnosis of Actinic Keratosis versus Bowen’s Disease, Squamous Cell Carcinoma and Basal Cell Carcinoma, for clinically unclear nonpigmented lesions suspected for Actinic Keratosis