Inverted microscopes from Leica Microsystems are designed to meet the rigorous demands of life science as well as material science and industrial applications.
Cutting-edge life science research requires advanced imaging solutions for a variety of applications, such as live cell or tissue culture. Leica inverted microscopes offer you high performance to help you advance your research. The easy-to-use software, high-resolution digital cameras, and very good LED illumination make the inverted microscopes flexible for your laboratory needs.
Perform materials inspection and analysis quickly and efficiently with Leica modular inverted microscopes. High-performance optics, intuitive controls, and easy-to-use software minimizes the need for extensive training and allows you to work efficiently.
What is your application?
Determining the most appropriate inverted microscope for your needs depends on your application. Some inverted compound microscopes and inverted fluorescence microscopes meet the demands of specific applications better than others. The modular design of Leica inverted microscopes enables a customized solution to be set up for a specific application.
Which type of samples do you need to visualize?
The optical resolution, contrast, and image quality you need are provided by Leica inverted microscope solutions, no matter if you are observing samples for life science research, such as cells or tissues or materials production and analysis. Additionally, inverted microscope accessories, such as objectives, illumination, and digital cameras, along with the Leica Application Suite software, can further customize and optimize the solution for your specific application needs.
What about the budget for an inverted microscope?
Customized inverted microscopes can have higher costs, but they enable you to increase productivity. An inverted microscope can be optimized for almost any application due to a large variety of parts and accessories.
What is the difference between an inverted versus an upright microscope? Does an inverted microscope offer any advantages?
For an inverted microscope, the objectives are below the stage and the sample is placed above the objectives. It is the opposite for an upright microscope. With an inverted microscope:
- You have more freedom than with an upright one. As the sample is above the objective, you have greater working distances and can image large and heavy samples.
- It is easier to observe cell and tissue cultures with an inverted microscope, because cells sink or stick to the bottom of the transparent dish or flask (filled with an aqueous solution). It is more difficult to see a lot from above with an upright microscope, as water immersion objectives would be necessary.
- You can look at more samples in a shorter period of time. You simply place your sample on the stage, focus on the surface once, and image it. The focus remains the same for all further samples.
- There is much less risk of crashing an objective into the sample. As the objectives are below the stage, this fact helps reduce considerably the risk of crashing the objective into your sample.
- You save time and money in sample preparation. Only one side of the sample needs to be prepared and large samples can be more easily imaged.
For more information, please refer to the Science Lab article:
Five Advantages of Inverted Over Upright Microscopes in Industrial Applications
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THUNDER Imagers provide you with a solution for advanced 3D cell culture assays, whether you want to study stem cells, spheroids, or organoids.
Smart Cell Imager
Inverted microscopes help in many areas concerning the study of cellular mechanisms and immune responses for virology research. The study of virus-infected tissues and cells help improve the understanding of infection mechanisms and develop treatments against viral diseases which can have a dramatic impact on human health.
Materials Science and Inspection
Excellent sample preparation and imaging methods are key for inspecting materials and visualizing the fine details with reliability and accuracy. Inverted microscopes enable you to achieve this goal in a more efficient way compared to upright microscopes. They offer you high-quality optics and intelligent automation for optimal workflows.
Life Science Research
Inverted microscopes are often used in life science research for the visualization, measurement, analysis, and documentation of live cell and tissue cultures. Continuous innovative technical advances for inverted microscopes support the ever-changing imaging needs of life science researchers.
How does an inverted microscope work?
With inverted microscopes, you look at samples from below, because their optics are placed under the sample stage. This fact is the opposite of upright microscopes where you look at samples from above. Often, inverted microscopes are used for observing cell and tissue cultures in life science research, because cells sink or stick to the bottom of a transparent dish or flask filled with an aqueous solution (growth medium) and you don’t see a lot from above. Inverted microscopes have become increasingly popular for material applications as well. For more information, please refer to the Science Lab articles:
What type of accessories does my inverted microscope come with? What will I need to purchase separately?
Leica inverted microscopes are modular and shipped in the configuration that best fits your stated needs or application. In case your needs change later, you can always upgrade your workstation by adding available accessories.
Do you have multiple users utilizing a single microscope? Which Leica inverted optical microscopes allows the setup of individual user preferences?
Leica Microsystems offers the free Store & Recall software (available with the