The qEV DXter from Izon takes the next step in scalability with a robotic sample handling system designed for qEV columns.
Developed with diagnostic researchers in mind, this robotic system allows for the simultaneous isolation of EVs from 24 samples using the qEVsingle column, or from 12 samples using the qEVoriginal or qEV1 columns. Each cycle lasts approximately 45-90 minutes, depending on the process, increasing daily processing capacity.
The qEV DXter utilizes a highly configurable robotic gantry system, capable of moving payloads with precision, and advanced pipetting technology with a glass syringe, ensuring high-capacity extracellular vesicle isolation from qEV columns.
The qEV DXter eliminates manual work, saving precious time and reducing user-generated errors. It handles everything, from sample identification, column preparation, buffer addition, sample pipetting, and EV concentrate collection.
To optimize the workflow, users can program liquid volumes, pipetting speeds, and timed steps. Easily customize and export your CSV file to track processed samples.
The system is customizable, allowing laboratories to adapt it to their specific needs.
Files
| Attachment | Size |
|---|---|
 qEV-DXTER-Brochure.pdf | 427.84 KB |
Technical Features
Deck capacity: 12 qEVoriginal columns or 24 qEVsingle columns
Probe working area (l x w x h): 360 x 240 x 130 mm
Minimum detectable sample volume: 50 μL (depending on sample container shape)
Pumping system: Syringe volume = 2.5 mL
High-resolution syringe pump (5 steps per μL)
<5% CV at 5 μL
<1% CV at 100 μL
Software & PC requirements:
OS: Windows 11 (English language)
I3 processor or equivalent (>2 GHz)
8 GB RAM
250 GB SSD
Monitor resolution ≥ 1280 x 1024 (HD)
External dimensions (l x w x h): 622 x 640 x 660 mm
Weight: 40 kg