Used ELAN Atac 8000 #118928 for sale

ELAN Atac 8000 is a laboratory equipment and accessory used to obtain accurate samples in high volumes. It is a standalone, liquid handling equipment ideal for research and industrial applications. This system offers precision and accuracy in high throughput, including automated liquid-handling, pipetting, and sample preparation processes. Atac 8000 unit is user-friendly and includes a fully automated software that helps eliminate human errors and improve the process time. ELAN Atac 8000 consists of a robotic arm and integrated software that enables automated sample handling. It is designed for applications such as Serial Dilution, PCR Setup, and Job Recombination with features such as volume detection, real-time PCR control, and microplate error management. The integrated fluidics provide powerful liquid handeling capabilities, with low dead volumes. The components of the machine include: High Throughput Multi-Channel Pipettors, Pipette Controllers, Single-Channel Pipettors, Cap-Pens, and Parallel-Channel Pipettors. The tool is designed to easily and quickly transfer samples from well to well, offering flexibility and scalability. With the adjustable height stages and pipette manifolds ranging from 6-48 pipettes, users have the flexibility of adding and reconfiguring pipettes whenever needed. Atac 8000 supports a broad range of sample volumes, from µL to mL, and offers precision and accuracy even at higher liquid-handling speed. ELAN Atac 8000 is housed in a unique, compact design that is flexible enough to fit in any available bench space. The integrated user interface makes it easy to set up and operate and supports multiple languages, including Spanish, French, German, and English. The open platform enables integration with lab instruments, such as plate readers and other liquid handling devices, offering greater flexibility and faster data handling. In summary, Atac 8000 is a reliable and precise liquid handling asset that offers high throughput and accuracy for sample handling. The model is user-friendly and modular, integrating easily with other instruments for seamless data acquisition. The robust design, adaptive tools, and flexible software make it ideal for industrial and research applications.