Darkfield Microscopy

Meditech Europe offers the complete package for professional darkfield microscopy, including the advanced OPTIKA B-510DK microscope and an exclusive training and interpretation course developed in collaboration with Ron Havenaar, the leading live blood analysis expert in the Netherlands.

This microscope features W-PLAN objectives, an oil darkfield condenser (N.A. 1.36) and X-LED Köhler illumination, making it ideal for observing live blood samples and visual cell health at the highest resolution.

Training & education by Ron Havenaar - the practical day at Meditech Europe

When you purchase the OPTIKA B-510DK through Meditech Europe, you can also register for a learning programme provided by Ron Havenaar, the Netherlands' most experienced specialist in dark field analysis. The course consists of two parts:

• Practical training: learn how to optimally set up, focus and use the microscope. This is given at Meditech Europe.

• Training in interpretation: discover how to assess blood images, recognise micro-organisms and gain insight into the biological field.

You can register for the practical day at our location (costs €50), which is provided by Ron Havenaar, and for the “Training in interpretation”, which is also provided online by Ron Havenaar.. Further information and costs can be found at  https://intensivecareforyou.nl/Seminars/ or send an email to Cynthia: cynthia@meditecheurope.nl. 

The next practical training day will be held on: Thursday, March 12, 2026, at Meditech Europe.

This combination of technique and interpretation makes your work with the B-510DK much more valuable.

Why Meditech Europe?

With Meditech Europe, you receive:

• The OPTIKA B-510DK available from stock

• Certified training and course by Ron Havenaar

• Personalized support and expert consultation

• Years of experience in functional cell health

What is darkfield analysis?

Dark field microscopy is a unique method in which only scattered light becomes visible. This causes cells, bacteria, fungi and parasites to light up clearly against a black background – without staining. This makes it possible to observe living blood cells directly and to visually detect disturbances in the internal environment.