Delphi-X Observer fluorescence

State-of-the-art microscopes for advanced Life Science fluorescence applications. The outstanding optical performance of the Delphi-X Observer™ makes it i deal for Life Science fluorescence applications where a high performance optical system is required. The larger 25 mm fields of view of the Super wide field eyepieces and the high numerical aperture of the Plan Fluarex 60 mm parafocal EIS objectives enable perfect observations and color rendering at high resolving power

i-Scope

The iScope is available in various configurations suitable for Life and Biomedical Sciences, high schools, universities but also for routine medical applications.

Besides the brightfield contrast method, configurations for phase contrast, cardioid mirror darkfield, basic polarization and several epi- illumination sources for fluorescence applications can be used. iScope models with multi-heads are also available for teaching purposes.

b-Scope fluorescence

The bScope® microscope for fluorescence microscopy comes in two versions. One version is equipped with four monochromatic LEDs and the second version is equipped with a traditional 100 W mercury vapor light source for a larger excitation light spectrum.

The microscopes are supplied with routine fluorescence filter sets and dichroic mirrors for excitation in the blue, green, violet and ultraviolet spectral regions

Oxion

For biological and medical applications fluorescence microscopes are used to observe certain parts of living cells and tissues with help of fluorophores. One or more fluophores are added to the parts of the specimen to be observed. When the fluorophores are exposed to so-called exicitation light, the excitation energy is absorbed by the fluorophore that start emitting so-called emission light that can be observed by the microscope. One can distinguish tumor cells from other cells, follow biological processes or prove the presence or absence of antibodies, etc.

The Oxion microscopes for fluorescence are equip ped with an epi-illumination with a 100 W mercury vapor lamp. The fluorescence attachment have a rail for maximum 4 filter cubes. The FluoLed model is equipped with a 455 nm LED and one filter cube, especially developed for efficient and fast detection of tuberculosis by the Auramine-O fluorochrome. Other FluoLED wavelengths are also available.