Leica M205 C breaks through the previous optical resolution limits of stereomicroscopy by incorporating Leica's new FusionOptic technology which takes advantage of a neurological phenomenon
Leica Microsystems has a small sensation in store for stereomicroscopists: in the new Leica M205 C, the left beam path produces great depth of field, while the right beam path provides a high-resolution image.
The human brain then combines the best information from both channels to compose an image whose resolution and depth of field have never been achieved in any stereomicroscope before.
The Leica M205 C is the world's first stereomicroscope with a fully apochromatically corrected 20.5:1 zoom.
In the zoom range from 0.78x to 16x, the resolution increases continuously up to 1050lp/mm (planapochromat objective 2x).
Due to the natural laws of optics, this performance class has never been seen before in stereomicroscopes.
Real-time visualization of dynamic processes.
The new Leica AM Tirf MC (multi-colour, total internal reflection fluorescence) system allows the entire fluorescence excitation spectrum to now be used for real-time visualisation of live cell dynamics.
Leica's unique scanner sensor automatically matches the Tirf angle at all wavelengths to the required penetration depth, and positions the laser so that the Tirf penetration depth remains constant even when the wavelength is changed.
Researchers using Leica's Tirf technology benefit from a unique level of convenience as well as from reproducible scientific results.
With the Leica AM Tirf MC, a scientist can examine single molecules near the cell membrane, study co-localisation and vesicle transport, and combine Tirf and fast Fret analysis.
Non-invasive real-time examinations of living animals.
The innovative fiber-optic confocal fluorescence microscope Leica FCM1000 was developed by Leica Microsystems's partnering company Mauna Kea Technologies in Paris and is fully adapted to in vivo and in situ small animal imaging.
Non-invasive, real-time imaging anywhere in the living animal can now be conducted with the new Leica FCM1000 endoscopic confocal microscope.
High-speed recording of cellular or vascular events is achieved by the simple contact of flexible and minimally invasive probes with the tissue of interest.
Universal microscope for living cell examinations.
The new inverted microscope generation Leica DMI3000 B is especially designed for applications in live cell research, offering a unique level of technology and convenience for this class of microscope.
The new integrated incident light fluorescence axis delivers brilliant images for all manual fluorescence techniques, giving the user even more possibilities than the already highly successful predecessor model.
Leica's integrated modulation and phase contrast solutions eliminate the need for special objectives.
On top of this, the system offers extremely flexible configuration options.
The addition of manual fluorescence turns the Leica DMI3000 B into a general-purpose microscope for live cell examinations - and offers the perfect start to research microscopy.
