Used COVARIS E110 E-Series #9102738 for sale

COVARIS E110 E-Series is a powerful instrument designed for fragmentation of biological samples for the purpose of Next Generation Sequencing (NGS). It is a benchtop electroporation device, which use an electrical field to fragment DNA molecules into very small pieces, known as libraries, for sequencing. E110 E-Series is capable of producing highly consistent library template sizes in a variety of sample materials, including DNA, RNA, and proteins. The device is simple to operate and set up, as it comes with a pre-configured protocol and a user interface makes it easy to start the operation. COVARIS E110 can handle any sample volume up to 1.5 mL. It also has a built-in cooling system to prevent sample damage due to heat, enabling safe and efficient operation. The device utilizes a unique displacement method of Electroporation Technology, which ensures high-quality library preparation for NGS platforms. This method offsets DNA strands in the sample material, and directs the electric field to linearize it for sequencing. In addition to efficient fragmentation, COVARIS E110 is designed to reduce the shearing force on the sample, by using a patented system. This system regulates the elongation of the DNA strands by controlling the applied voltage. It also minimizes the risk of sample damage due to overshearing. COVARIS E110 E-Series is a highly efficient tool for sample fragmentation. It has an adjustable electric field which allows users to control the library template size for different target length requirements. Additionally, the device comes with multiple built-in quality assurance parameters, such as temperature monitoring and automated concentration calculations. It also has a low-profile design and a small footprint, making it optimal for laboratories with limited space. Overall, E110 E-Series is an essential tool for laboratories that are looking for reliable solutions in sample fragmentation. The device offers an efficient, flexible, and safe way to obtain the best possible results from high-quality library preparation for NGS platforms.