Used HAMILTON ROBOTICS MicroLab ELISA STARlet #9289257 for sale

HAMILTON ROBOTICS MicroLab ELISA STARlet is a laboratory automation equipment designed for ELISA (Enzyme-linked Immunosorbent Assay) workflows. This cost-effective system is ideal for small laboratories that need to automate and streamline their ELISA processes. The unit has an integrated robotic handling module for pipetting, sample preparation, and plate incubation, enabling faster and more reliable ELISA workflows. MicroLab ELISA STARlet includes a microplate platform, as well as an incubator, stacker, reagent handler, and a pipetting robot. The microplate platform is configured with a heated base that eliminates any edge effect from surface cooling. The stainless steel well plate features a magnetic flat drop design, allowing for more accurate and repeatable ELISA measurements. The machine is also designed to pre-warm the plate prior to ELISA processes in order to reduce evaporation during incubation. The stacker allows for rapid loading and unloading of plates, while the reagent handler easily stores and dispenses up to four reagent bottles. The robotic pipetting module pipettes reagents and samples with precision and accuracy, eliminating potential human error. The precise speed control of the pipetting tip reduces unnecessary turbulence which can damage fragile organisms. For each ELISA workflow, HAMILTON ROBOTICS MicroLab ELISA STARlet is equipped with two-way communication protocols to control the robotic movements. In addition, the tool is compliant with the GLP standards for laboratories, making it ideal for research and testing facilities. The asset also includes a comprehensive graphical user interface for controlling and monitoring the entire ELISA process, as well as providing detailed reports of results. MicroLab ELISA STARlet is an ideal automation solution for laboratories that need to reduce labor costs while increasing efficiency and accuracy. The model offers advanced automation features, such as the pipetting module, incubator, stacker, and reagent selector, as well as two-way communication protocols and a user-friendly graphical interface. All of these features help make ELISA workflows faster and more reliable, thereby reducing labor costs and enabling laboratories to achieve better results.