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Tomocube introduces new holotomography microscope for live cell imaging

Nanolive Microscope for Live Cell Imaging

The nanolive microscopy microscope is designed with the purpose of enhancing the quality of life of patients suffering from various diseases such as cancer, diabetes, Parkinson’s disease, Alzheimer’s disease, multiple sclerosis, and many others. Nanolive is one of the leading companies in the field of medical devices. Their products are used in hospitals, clinics, and research centers all over the world. They have been selling their products since 1997.

One of their most popular products is the nanolive microscope. It is a device that is designed for the purpose of live cell imaging. It allows a large group of students to observe the cells at the same time without interfering with each other. In addition, it is also possible to take high-resolution photographs and record slow motion videos of the cell.

This is a powerful tool that is used to teach high school students and university students about the importance of healthy cells.

The microscope can also be used for research purposes. By using the live cell imaging feature of the microscope, doctors and medical researchers can gain a better understanding of various diseases and conditions. The nanolive microscope is an invaluable asset to hospitals and universities all over the world.

The Newest Model of the Holotomography Microscope

Tomocube introduces new holotomography microscope for live cell imaging - | Medical News

Nanolive is now proud to announce the latest model of the holotomography microscope, otherwise known as the nanolive microscope. The company claims that it is a revolutionary tool that allows users to view their cells in three dimensions. This feature makes the microscope unique because most other microscopes on the market can only produce 2-D images. In order to view the cells in three dimensions, users must prepare them under a particular method.

Then they must place a drop of the sample on a glass slide and add a thin layer of liquid plastic on top of it. The plastic hardens immediately, creating a thin sheet with the cells embedded inside.

The nanolive microscope has an attachment known as the Cube, which is designed to prepare and harden the sample. It works with the help of three self-employed experts who load the plastic into the device. In this way, users can prepare large quantities of samples at the same time. The Cube is also designed to save time because it reduces the sample preparation process from 4 hours to just 60 minutes.

In addition, it allows users to prepare larger samples that cannot be achieved with other microscopes. For example, it is possible to harden a tissue sample that is just a few millimeters in size.

In addition, the nanolive microscope has a powerful light source that brightens the images that pass through the lenses. This allows users to view cells all the way from the surface of the human eye. The microscope is also designed to be used in a classroom environment. It can accommodate up to eight students at the same time.

Each seat is outfitted with its own computer.

The nanolive microscope has won several awards, including “Best Innovation in Teaching,” awarded at the 2015 Tech Museum Awards. It has also won “Best of Show” at the 2014 Edison Best New Product Awards. In addition, the microscope received the 2015 Science Award for Excellence from the Tech Museum of Innovation.

Nanolive Microscope Features

The main features of the nanolive microscope are listed below.

Tomocube introduces new holotomography microscope for live cell imaging - - MedicalsNews.com

Can produce 3D images of cells

Can prepare up to eight samples at the same time

Can accommodate up to eight students at the same time

Has won several awards, including Best Innovation in Teaching

Nanolive microscope Price

The nanolive microscope price is $999.00. This includes the cost of one Cube. Each additional cube is $499.00.

Nanolive microscope Cube

The nanolive microscope cube is a device that allows users to prepare their cells for viewing purposes. The technology behind the cube is based on a patented liquid process that hardens the plastic without using harmful chemicals. Users simply place their prepared sample between two glass slides and place it into the cube. The machine then hardens the plastic, creating a 3D model that can be viewed through a microscope.

The cube can accommodate up to eight slides at the same time.

Tomocube introduces new holotomography microscope for live cell imaging - at Medical News

In addition, the nanolive cube is also used for preserving certain types of cells. Health professionals can use it to freeze and store cells, such as cancer or other infectious disease cells.

Nanolive Microscope Cube Features

Cube accommodates up to eight slides at a time

Can be used to freeze and store cells for later viewing

Nanolive microscope price – $499.00

Nanolive microscope cube price – $499.00

Nanolive Microscope Video

Watch the video to learn more about the nanolive microscope and cube.

Nanolive Microscope Review

The user reviews for this product have been very positive. Most buyers agree that the microscope is easy to set up and use, and provides clear and consistent images. Health professionals agree that the microscope saves time when preparing samples for viewing, as it is much quicker than other methods. In addition, buyers like that fact that it can harden samples of several millimeters in size.

Tomocube introduces new holotomography microscope for live cell imaging - | Medical News

Things to Love The nanolive microscope is easy to set up and use. It can harden several millimeters of plastic, something other microscopes cannot do. It is also very affordable, costing less than $1,200 for the microscope and up to eight cubes. Things to Consider The only major concern with this product is that it does not ship to PO boxes.

Instead, it requires a physical address.

Nanolive Microscope Review: Our Verdict This product is recommended for science classrooms or health clinics that would benefit from having a microscope on hand. It is very affordable, and is easy to set up and use. It can also harden several millimeters of plastic, which allows you to view samples that are too thick for other types of microscopes.

Sources & references used in this article:

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