For biological and medical applications, microscopes equipped for fluorescence are used to observe certain parts of living cells and tissues with help of fluorophores
One or more fluophores are added to certain parts of the specimen tissue or cells. When exposed to so-called “exicitation light”, the fluorophore absorbs energy from the excitation light and emits ligth in another visible wavelengt. This make it possible to distinguish tumor cells from other cells, to prove the presence or absence of antibodies or to observe sub-microscopic structures of cells and tissues,etc
Euromex fluorescence microscopes are constructed with an incident light source, specific Plan or Plan Fluarex – optional semi-apochromatic – objectives, a set of excitation and emission filters and a dichroic mirror
The upright models have a modern 3 Watt LED transmitted light source and a 100 W incident mercury vapor illuminator. The inverted models have a 100 W transmitted mercury vapor illuminator and a 30 W halogen incident light source
- State-of-art microscope
- Excellent optics
- Suitable for fluorescence applications
- CSS – Cable Storage System
Delphi-X Observer fluorescence
- Trinocular model
- Ergonomic tilting head
- Sextuple reversed nosepiece
- Enhanced infinity corrected EIS optical system
- Life science applications
- Observation of tissue cultures, living cells
- Brightfield, phase contrast
- DIC (differential interference contrast)
- Life science applications
- Observation of fluorescence in tissues and cells
- Brightfield, phase contrast fluorescence observations
- DIC (differential interference contrast)
- For professionals in research
- Binocular and trinocular models
- Integrated mechanical stage
- Ergonomic stand and head
- Life Science applications
- Observation of living cells
- Brightfield, phase contrast & fluor
- 5 W LED transmitted illumination
- WF 10x/22 mm eyepieces
- E-plan IOS, Plan IOS and Plan Fluarex IOS objectives
- 4 monochromatic LEDs or a 100 W HBO mercury vapor lamp
- 3 W NeoLED™ adjustable illumination system
- Trinocular version
- Supplied with fluorescence filters
- Dichroic mirrors for excitation
- Reversed nosepiece 5 objectives
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