
Functional Diagnostics
CapillaryScope Pro (wireless
Choose model — 2 available
Dino-Lite · MEDLW4N PRO
Article No. AK-FD-090
The CapillaryScope 200 Pro (wireless) provides medical professionals with a precise and efficient solution for examining microcirculation, particularly the capillary network in the nailfold area. Designed for clinical routine, it enables contactless, high-resolution imaging with up to 200x magnification. The wider field of view allows multiple capillaries to be captured in a single image, supporting more comprehensive assessment. Wireless operation ensures maximum flexibility in daily clinical use, while the integrated switchable polarisation function reduces reflections when using contact media such as oil or water, delivering clear and stable image quality. An automatic magnification reading (AMR) simplifies handling and improves workflow reliability. The compact, robust design and advanced optics ensure consistent performance in demanding environments. Certified as a Class I medical device under MDR (EU) 2017/745, the CapillaryScope 200 Pro (wireless) meets current regulatory requirements for safety and quality. The included software supports structured documentation and integration into existing IT systems, enabling efficient, legally compliant recording of findings. Overall, t
Specifications
- Brand
- Dino-Lite
- Model
- MEDLW4N PRO
- Product type
- Dermatoscopes
- Application area
- Capillaroscopy for the assessment of microcirculation (nailfold)
- Magnification
- Adjustable from approx. 20x to 220x (optimal values: 50x, 200x)
- Image sensor
- CMOS, 1.3 megapixels (1280 x 1024 pixels)
- Supported video formats (Windows)
- WMV, FLV, SWF
- Supported image formats (MacOS)
- JPEG, PNG
- Supported video formats (MacOS)
- MOV
- Imaging standards
- DirectShow, UVC
- Dimensions
- 10.5 cm (length) x 3.2 cm (diameter)
- Weight
- 105 g
- Housing
- Robust plastic/composite material
- Measuring function/calibration
- Not available
- Warranty
- 2-year European warranty
- Field of view (FOV)
- large, for simultaneous visualisation of multiple capillaries

