INVERTED LIGHT MICROSCOPES
Leica Inverted Microscopes: Advanced Imaging for Life Science and Materials Science
Leica inverted microscopes are designed to meet the rigorous demands of life science and materials science applications. With their cutting-edge optics, user-friendly software, and high-resolution digital cameras, Leica inverted microscopes offer unparalleled performance and versatility.
Life Science Research
Leica inverted microscopes are ideal for a variety of life science research applications, including live cell and tissue culture. They feature high-resolution digital cameras, excellent LED illumination, and easy-to-use software to deliver stunning images and efficient workflows.
Materials Science and Manufacturing
Leica modular inverted microscopes are specifically designed for materials inspection and analysis. Their high-performance optics, intuitive controls, and easy-to-use software minimize training and boost productivity. Leica inverted microscopes can be used to inspect metal samples for defects, analyze the microstructure of a composite material, measure the thickness of a coating, and more.
Key Benefits of Leica Inverted Microscopes
- High-performance optics for stunning image quality
- Intuitive software for efficient workflows
- Modular design for customization to meet specific needs
- Ergonomic design for comfort and ease of use
Available in: Singapore
Inverted Light Microscopes Products
Digital transmitted light microscope for easy routine cell check and consistent confluency evaluation
Cell Culture
Cell Culture
Inverted Laboratory Microscope with LED Illumination
Live Cell Imaging, Cell Culture, Micromanipulation, Fluorescence, Virology, Basic Microscopy Techniques
Live Cell Imaging, Cell Culture, Micromanipulation, Fluorescence, Virology, Basic Microscopy Techniques
For routine to live cell research
Fluorescence, Micromanipulation, Photomanipulation, Live Cell Imaging, Virology, Advanced Microscopy Techniques, Basic Microscopy Techniques, Darkfield Microscopes, Phase Contrast Light Microscopes, DIC Microscopes
Fluorescence, Micromanipulation, Photomanipulation, Live Cell Imaging, Virology, Advanced Microscopy Techniques, Basic Microscopy Techniques, Darkfield Microscopes, Phase Contrast Light Microscopes, DIC Microscopes
Inverted Microscopes for Industry
Industrial Applications, Metallography, Steel Quality Rating, Materials & Earth Science, Metal Industry, Cross-Section Analysis for Electronics
Industrial Applications, Metallography, Steel Quality Rating, Materials & Earth Science, Metal Industry, Cross-Section Analysis for Electronics
Mica. Everything you need to enable discoveries, unified in on easy-to-use system. Simultaneuous 4-colour widefield, confocal resolution, AI supported analysis
Flurorescence, Cell Biology, Cancer Research, Live Cell Imaging, Organoids and 3D Cell Culture, Model Organisms in Research, Neuroscience
Flurorescence, Cell Biology, Cancer Research, Live Cell Imaging, Organoids and 3D Cell Culture, Model Organisms in Research, Neuroscience
THUNDER Imagers provide you with a solution for advanced 3D cell culture assays, whether you want to study stem cells, spheroids, or organoids.
Live Cell Imaging, Fluorescence, Zebrafish Research, Photomanipulation, Neuroscience, Organoids and 3D Cell Culture, Virology, Advanced Microscopy Techniques, Basic Microscopy Techniques, DIC Microscopes, Phase Contrast Light Microscopes, Darkfield Microscopes
Live Cell Imaging, Fluorescence, Zebrafish Research, Photomanipulation, Neuroscience, Organoids and 3D Cell Culture, Virology, Advanced Microscopy Techniques, Basic Microscopy Techniques, DIC Microscopes, Phase Contrast Light Microscopes, Darkfield Microscopes
With the STELLARIS confocal platform, we have re-imagined confocal microscope to get you closer to the truth
Live Cell Imaging, Super-Resolution, Cancer Research, Neuroscience, Organoids and 3D Cell Culture, Neuroscience, Fluorescence, FLIM, Cell Biology, Virology, Model Organisms in Research
Live Cell Imaging, Super-Resolution, Cancer Research, Neuroscience, Organoids and 3D Cell Culture, Neuroscience, Fluorescence, FLIM, Cell Biology, Virology, Model Organisms in Research