"LEICA MICROSYSTEMS"

Supplier: LEICA MICROSYSTEMS

The THUNDER imager tissue allows real time fluorescence imaging of 3-D tissue sections typically used in neuroscience and histology research. Acquire rich, detailed images of thick tissues free of haze from ‘out of focus’ blur.

Supplier: LEICA MICROSYSTEMS

The THUNDER imager model organism allows fast and easy 3-D exploration of whole organisms (e.g., Drosophila, C. elegans, zebrafish, plants and mice) for developmental or molecular biology research. Eliminate the hassle of out-of-focus blur while maintaining the capabilities and ease of use typical for Leica stereo microscopes.

Supplier: LEICA MICROSYSTEMS

Mateo TL makes the process of cell culture checks effortless for every team member, with intuitive setup and use. It improves reproducibility for your experiments through objective confluency evaluation across individuals or experiments.

Supplier: LEICA MICROSYSTEMS

These clamps can be integrated into the fine directional, directional, or non-directional specimen holder fixtures.

Supplier: LEICA MICROSYSTEMS

Paraplast Xtra is recommended for lower temperature infiltration which aids in the prevention of tissue distortion. It is composed of a unique blend of low molecular weight polymers and highly purified paraffins for compression resistance and ribbon continuity. Low viscosity permits complete infiltration of dense tissue. It has a melting point of 50-54° C.

Supplier: LEICA MICROSYSTEMS

Deepen your understanding of the tissue microenvironment. Cell DIVE™ multiplexed imaging is an antibody-based hyperplexed technique addressing spatial cell biology and function within the tumour microenvironment. Cell DIVE™ for spatial biomarker analysis, delivers thousands of data points from just one tissue section, down to the single-cell level.

Supplier: LEICA MICROSYSTEMS

The Leica LED3000 NVI is ideal for viewing recesses and holes, since the light falls almost vertically on the sample. In contrast to coaxial illumination it is also ideally suited for non-reflective and uneven sample surfaces.

Supplier: LEICA MICROSYSTEMS

Being ahead of the competition is what drives your business. No matter if you work in metallography, medical device manufacturing or microelectronics, speed is essential. Tailor this highly modular inverted microscope to your needs. Combine Leica optical quality, a wide range of contrast modes, and intuitive software in one system to help you speed up your workflow.

Supplier: LEICA MICROSYSTEMS

Achromat objective, M60 thread, 0,50×, Working distance: 188,5 mm

Supplier: LEICA MICROSYSTEMS

Eyepiece, adjustable, low eyepoint, 10× (23 mm)

Supplier: LEICA MICROSYSTEMS

Snowcoat® Clipped Corder Slides are clipped at 45° angles to help reduce glass breakage and fragmentation when loaded into slide printers.

Supplier: LEICA MICROSYSTEMS

Leica DM500 binocular microscopes were specifically developed to facilitate science teaching. The DM500 is ideal for entry level life science courses.

Supplier: LEICA MICROSYSTEMS

With Flexacam microscope cameras, you can see the fine sample details you need to see with precise colors and high resolution.

Supplier: LEICA MICROSYSTEMS

Stereo microscopes for electronics and medical device manufacturing industries. The intuitive A60 F and A60 S stereo microscopes fulfil what you need - high sample throughput, optimum visibility of product details and components, and easy processing of subassemblies.

Supplier: LEICA MICROSYSTEMS

Leica DM750 microscopes have been specifically developed to facilitate science teaching. DM750 is designed essentially for the versatile needs of advanced life science courses and for professional training, such as in medical, veterinary and dental schools.

Supplier: LEICA MICROSYSTEMS

Leica (brightfield) colour cameras provide outstanding colour fidelity due to state-of-the-art colour interpolation algorithms performed in the camera head. Leica fluorescence cameras provide high sensor sensitivity allowing short exposure times and, therefore, preventing photo bleaching, so actively protecting cells from any photo damage.