Used GE HEALTHCARE LIFE SCIENCES / AMERSHAM TYPHOON TRIO #9147905 for sale

GE HEALTHCARE LIFE SCIENCES / AMERSHAM TYPHOON TRIO is a precise and versatile imaging equipment created by General Electric Healthcare. It is one of the most advanced instruments available for imaging and analysis of protein, nucleic acid, and other biological material. This system comes with a user-friendly design, making it easy to set up and use in a laboratory setting. The unit includes a fluorescence scanner, that utilizes three different filters to scan the samples, and a powerful and customizable software. It uses cutting-edge imaging technology to create high-resolution images of samples. The scanner is composed of three filter channels, that can precisely distinguish the fluorescent signals from different molecules. It can image down to 8x8 microns in size, allowing for substantial detail. The filters enable multiplexing, making it possible to detect multiple molecules in one scan. The software of AMERSHAM TYPHOON TRIO is highly customizable and powerful. It allows for data acquisition control, data analysis, and specialized protocols. It allows users to easily obtain quantitative and qualitative information from their scans. The advanced functions allow for automated cell viability and outcome analysis. It is also possible to save images in JPEG format, for later review or archiving. GE HEALTHCARE LIFE SCIENCES TYPHOON TRIO is equipped with a variety of peripheral components, including a laser disk drive, a barcode reader, and a touchpad. It also includes an auto sampling device, that enables automated sample handling. This makes it possible to perform faster and more efficient analysis. The sophisticated components of TYPHOON TRIO make it the ideal machine for high-performance imaging. It is suitable for numerous imaging applications, such as cell analysis, fluorescence microscopy, and Western blot. Moreover, it provides users with an intuitive interface for easy data acquisition and analysis. This tool is designed to give reliable results, ensuring maximum throughput and accuracy.