DM2500
£100.00
Advanced Ergonomic System Microscope with 100W Illumination Leica DM2500
The Leica DM2500 microscope is the ultimate tool for demanding tasks in pathology, cytology, haematolgy, and even for basic research applications.
With its powerful 100W illumination, high-quality optical performance, andstate of the art accessories, the Leica DM2500 is especially well suited for challenging goals in pathology or biomedicine that require differential interference contrast or high-performance fluorescence.
The bright 100W illumination is particularly beneficial for DIC work. The modular, application-oriented design means that the Leica DM2500 can be configured to fit specific applications and physical requirements of the user.
Viewing unstained specimens
The high-performance 100W halogen illumination provides an even field of view and is ideal not only for all brightfield applications analyzing stained specimen, but also when using DIC and phase contrast for viewing unstained objects.
Contrast methods
High-performance fluorescence with Zero Pixel Shift Technology, differential interference contrast, phase, and polarization contrast – Leica DM2500 offers a variety of applications for pathology, cytology, and biomedical research to meet also challenging demands.
Height-adjustable focus knobs
The unique, patented height-adjustable focus knobs and easy-to-change stage controls customize the Leica DM2500 for an individual user. Together with other ergonomic equipment like tilting tubes, intermediate modules, and brightness synchronized objective series, these features give the user a better feeling at the end of a long working day.
High class objectives
A wide range of different applications often requires a larger selection of high class objectives. To enable the user to have all necessary objectives available at the same time, the innovative Leica DM2500 features also a 7-fold nosepiece as an option.
Easy control
This fully manual microscope enables always perfect and easy control regarding the settings of e.g. aperture diaphragm, DIC prisms, fluorescence cubes, phase, and polarization contrast.
The Leica DM2500 microscope is the ultimate tool for demanding tasks in pathology, cytology, haematolgy, and even for basic research applications.
With its powerful 100W illumination, high-quality optical performance, andstate of the art accessories, the Leica DM2500 is especially well suited for challenging goals in pathology or biomedicine that require differential interference contrast or high-performance fluorescence.
The bright 100W illumination is particularly beneficial for DIC work. The modular, application-oriented design means that the Leica DM2500 can be configured to fit specific applications and physical requirements of the user.
Viewing unstained specimens
The high-performance 100W halogen illumination provides an even field of view and is ideal not only for all brightfield applications analyzing stained specimen, but also when using DIC and phase contrast for viewing unstained objects.
Contrast methods
High-performance fluorescence with Zero Pixel Shift Technology, differential interference contrast, phase, and polarization contrast – Leica DM2500 offers a variety of applications for pathology, cytology, and biomedical research to meet also challenging demands.
Height-adjustable focus knobs
The unique, patented height-adjustable focus knobs and easy-to-change stage controls customize the Leica DM2500 for an individual user. Together with other ergonomic equipment like tilting tubes, intermediate modules, and brightness synchronized objective series, these features give the user a better feeling at the end of a long working day.
High class objectives
A wide range of different applications often requires a larger selection of high class objectives. To enable the user to have all necessary objectives available at the same time, the innovative Leica DM2500 features also a 7-fold nosepiece as an option.
Easy control
This fully manual microscope enables always perfect and easy control regarding the settings of e.g. aperture diaphragm, DIC prisms, fluorescence cubes, phase, and polarization contrast.
