2P18U3H/10

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2P18U3H/10 is an advanced stage optical scanning solution for scanning large specimens in molecular biology, genetics and histology. It features high resolution scanning up to 10µm, simultaneous imaging with five laser wavelengths and automated scanning. The technology’s innovative design allows it to be used for a variety of applications, from cell culturing and tissue analysis to medical imaging. As with any advanced technology, its application field and working principle are essential to understand in order to maximize its potential.

The applications of the 2P18U3H/10 are vast. Depending on the analyzed samples, it can be used for detecting and quantifying biomarkers, cell population analysis, tissue section analysis, or histology. In addition, it can be used for determining the differences in cell culture or single cell metabolism, as well as for plant cell analysis. Alongside these, it is also ideal for determining structural organization, gathering metabolic information of items and comparing the changes in different stages of a growth cycle. In order to achieve these tasks, the 2P18U3H/10 uses fluorescent labels that allow it to differentiate the different properties of molecules, enabling it to visualize the item’s different parts and divide them into separate entities.

In terms of its working principle, the 2P18U3H/10 has been designed to allow for two different methods of illumination. These are the Zen Screen Interferometry and the Widefield Imaging. The Zen Screen Interferometry is used to individually examine each of the sample microstructures, allowing it to detect very small particle sizes, while the Widefield Imaging is used to scan the specimen in its entirety. Both methods allow the 2P18U3H/10 to acquire a large amount of information in a short amount of time and to analyze this information in order to provide the end product.

Moreover, the working principle of the 2P18U3H/10 provides a high degree of flexibility and accuracy. Its automatic calibration design ensures that all measurements are made with optimal resolution. Furthermore, the 2P18U3H/10 can be programmed to acquire images in any orientation, and the images can be treated in real-time for a variety of tasks. The chip-on-board that is used to capture the scanned images also features onboard data storage, allowing for quick access to any data stored therein.

In conclusion, the 2P18U3H/10 is a powerful scanning solution that offers extremely precise and accurate images of specimens. Its applications extend far beyond cell printing, making it an invaluable tool for a wide variety of biological fields and applications. Its innovative design and advanced working principle makes it an indispensable piece of scientific equipment.

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