Digital Dermatoscope

Medlon Digital Dermatoscope are advanced tools for examining skin lesions, moles, and pigmentation irregularities. They use high-resolution imaging with polarized or non-polarized lighting to provide clear visuals for accurate analysis. With wireless connectivity and cloud-based storage, documentation becomes seamless. These devices also support remote consultations, improving accessibility. With their precision and efficiency, they support early skin disease detection and better treatment outcomes.

Sensor Resolution
Magnification Ratio
Photo and Video Resolution
Max Magnification (Digital)

Digital Dermatoscope MDD-701

Sensor Resolution : 2MP (1920×1080)

Photo and Video Resolution : FHD (1920×1080)

Magnification Range : 10x to 200x

Digital Dermatoscope MDD-702

Magnification Ratio : 10x to 250x (Real Optical Magnification)

Max Magnification (Digital) : Up to 1200x

Image Sensor : 5 Megapixels (Real Resolution)

Digital Dermatoscope MDD-703

Magnification Ratio : 10x to 150x

Max Magnification : Up to 500x

LCD Size : 4.3 inch

Frequently Asked questions

Q1

Are Digital Dermatoscopes safe for all skin types?

Yes, they are non-invasive and safe for all skin types. They provide a detailed analysis without direct contact in most cases.

Q2

How do I ensure optimal image quality with a Digital Dermatoscope?

Keep the lens clean, adjust lighting settings as needed, and ensure the software is updated for optimal performance.

Q3

Who can use a Digital Dermatoscope?

These devices are primarily used by dermatologists, healthcare professionals, and researchers for skin cancer screening, medical diagnoses, and cosmetic assessments.

Q4

Can Digital Dermatoscopes be used for cosmetic dermatology?

Yes, they help assess skin texture, pigmentation, and other cosmetic concerns, aiding in skincare treatments and procedures.

Q5

How do Digital Dermatoscopes improve skin cancer detection?

They provide high-resolution images that allow dermatologists to monitor changes in skin lesions over time, improving early detection of potentially malignant growths.