Used CUSTOM BIOGENIC SYSTEMS V-5000EH AB #9288682 for sale

CUSTOM BIOGENIC SYSTEMS V-5000EH AB is an advanced facility equipment designed to enable efficient workflow processing in research and development environments. This unit features a heavy duty construction and uses an open architecture to facilitate interaction between external devices. It is equipped with a high-performance processor, a large array of I/O ports, and versatile software-driven automation tasks. The main designed purpose of V-5000EH AB is the operation of a variety of laboratory tasks and devices, including those used for bioprocessing applications. It is capable of handling various samples in different formats and can be configured to support a variety of biomolecular manipulations, such as DNA extractions, amplifications, and polymerase chain reactions. The unit also includes a spacious workspace to easily accommodate a variety of laboratory equipment and is capable of facilitating custom programming to support the precise needs of research projects. CUSTOM BIOGENIC SYSTEMS V-5000EH AB includes several advanced features to ensure efficient operation. It is equipped with two high-speed Ethernet ports, providing reliable connection to external computers and other networked devices. It is also capable of storing up to 8 gigabytes of data and is equipped with a numeric keypad enabling manual data entry. This unit is further equipped with a self-diagnostic system designed to alert users of any operational malfunctions and encourages preventive actions. V-5000EH AB is a valuable tool for companies looking to rapidly and accurately process samples and data. Its robust architecture and features ensure results of the highest accuracy and reliability. Additionally, its open architecture and versatile software package allow for custom programming to meet the specific needs of the user. CUSTOM BIOGENIC SYSTEMS V-5000EH AB provides an effective solution for automated sample processing and is an ideal choice for research and development projects, as well as laboratories with a high-throughput demand.