Your High-Throughput Robotic Assistant

Automated EV Isolation for Scalable, High-Throughput Sample Processing

Enhance your extracellular vesicle (EV) research with the Izon qEV Dxter – High-Throughput Robotic EV Isolation System, a fully automated solution designed for efficient and reliable sample processing. Engineered by Izon, a leader in EV isolation technology, qEV Dxter streamlines the entire workflow, reducing manual errors, increasing throughput, and ensuring consistent results across multiple samples.

Key Features

Complete Automation – Handles sample identification, column preparation, buffer addition, sample pipetting, and EV isolate collection.
Rapid Processing – Efficient EV isolation in just 45-90 minutes for faster experimental turnaround.
Compact & Efficient – Space-saving design with dimensions of 622 x 640 x 660 mm, fitting seamlessly into any lab.

Benefits

Increased Throughput & Efficiency – Process up to 12 qEVoriginal/qEV1 columns or 24 qEVsingle columns per run, significantly accelerating research workflows.
Reduced Manual Labor & Errors – Fully automated sample processing minimizes hands-on time and ensures reproducibility across experiments.
Customizable & Scalable Workflows – Adjustable liquid volumes, pipetting speeds, and timing allow for optimized protocols, with CSV export for seamless data tracking.

Applications of IZON qEV DXter

Biomarker Discovery – Efficiently isolates EVs for studying disease-related biomarkers, enabling early detection and diagnostics.
Therapeutic Development – Supports research in EV-based drug delivery and regenerative medicine applications.
High-Throughput Screening – Ideal for processing large sample sets in drug development, toxicity studies, and precision medicine research.