Used DNS / DAINIPPON FC-3000 #293633673 for sale

A DNS / DAINIPPON FC-3000 is a wet station that is designed to support technology advancement in fluid transfer applications. It is a modular equipment with a wide range of capabilities and features that makes it an ideal choice for applications such as micro-fluidics and wet chemistry. The system combines the precision and range of fine control over liquid transfer of a traditional liquid handling unit with the flexibility of a conventional tip displacement machine. This allows for precise, repeatable movement from a range of 20 to 3000 nL. The tool is highly versatile, featuring a choice of standard, fixed-size valve bodies, along with a choice of different cartridges, tips, and syringes to fit any application. The Syringe Flow Controllers (SFC) offer programmability for precisely controlling flow rate. The combination of the high-precision transfer and the flexibility of the technology makes this wet station suitable for a wide range of applications. The station is also equipped with advanced features such as an imaging module and barcode recognition software. The imaging module allows users to identify and monitor sample movement. The barcode recognition software allows the station to recognize and process sample bar codes and identify sample sources, enabling fast and accurate integration of samples. The station also features a self-contained, low-maintenance design. It is equipped with modern maintenance features, including an advanced trash-collection asset and an automated cleaning cycle. This minimizes downtime and eliminates the need for manual cleaning. Overall, DNS FC3000 wet station is an advanced liquid transfer model designed for precision and flexibility. It is capable of handling a wide range of applications and is supported by powerful imaging and barcode recognition software. The self-contained, low-maintenance design ensures minimal downtime and easy maintenance. This makes it an ideal choice for a wide range of applications in industrial and laboratory settings.