Used SONY BIOTECHNOLOGY SY3200 #9113685 for sale

SONY BIOTECHNOLOGY SY3200 is a sophisticated lab equipment and accessory designed to assist in the research and development of biotechnological processes. This equipment is an all-in-one workstation that features a high-precision pipetting system, integrated control procedures, and an optional barcode scanner for streamlined workflow control. It can be used for various biotechnological processes such as cell culture, immunoassays, and PCR amplification. The high-precision pipetting unit of SY3200 enables users to accurately and quickly perform liquid transfers. This machine utilizes a combination of positive displacement and multicutter technology, allowing users to achieve greater accuracy while reducing liquid waste. The pipetting tool can accept several different pipettes that are compatible with a variety of microplates and culture dishes. A number of tips are available that are suitable for different liquid volumes and viscosities. The integrated control procedures of SONY BIOTECHNOLOGY SY3200 make it particularly useful for automated liquid handling and detection. It can store a number of recipes for different biotechnological processes, eliminating the need for labor-intensive setup times before each experiment. This asset has a built-in detection unit for analyzing cell cultures in real-time. Furthermore, it is equipped with automatic recognition of polystyrene and polypropylene dishes, making it simple to switch between microplates during a process. SY3200 comes with an optional barcode scanner to simplify the tracking of samples and sample lots. This scanner is well suited for automated tracking of samples and samples lots, and it can be configured to recognize different labeling formats. It also helps to reduce the risk of errors in data processing and data entry. SONY BIOTECHNOLOGY SY3200 is an advanced piece of lab equipment and accessory perfect for streamlining the workflow of biotechnological processes. Tests that would normally take hours to complete can now be completed in minutes thanks to the combination of a high-precision pipetting model, automated control procedures, and a barcode scanner. This equipment is designed to reduce the cost and time associated with running biotechnological tests, making it an invaluable tool in the research and development of biotechnological products.