Ultra Fast Purification
of Extracellular Vesicles

Revolutionizing Personalized Medicine

Comparison of Our Device (PMED) with Other Purification Techniques for Extracellular Vesicles in Cell Culture Media

Our Technology

Our portable microstructured electrochemical device (PMED),
Rapidly separates Bio-entities from raw physiological fluids, anywhere, by anyone.

We demonstrate the purification of extracellular vesicles (EVs) from raw plasma in under 10 minutes, followed by dynamic light scattering analysis using the DynaPro NanoStar (Waters | Wyatt Technology). Our device achieves purification such that 98% of the scattered light is attributable to EVs. (Check Complete Workflow)

PMED Purification System

PMED Kit

GET QUOTE

Releasing Unit

PMED Device

Controlled Syringe

figure 3 - graphs and pictures of purification analysis of bio entities

Acytronix-Compatition_Comparision-Companies-min

EVs Purification And Characterization Services

Custom separation of nanometric (30-1000 nm) biological entities

Custom extracellular vesicles (EVs) separation (sub-population sorting)

Extracellular vesicles separation device (PMED)

Disposable separation cartridges

Testimonials

What our clients say

As part of our recent study, we used the PMED device from Acytronix to purify CD9-positive extracellular vesicles (EVs) from plasma samples, and the results exceeded our expectations.

Anna Chamot

PhD candidate, ETH Zurich

We recently collaborated with Acytronix and utilized their PMED (Portable Microstructured Electrochemical Device) in our research. The device’s ability to isolate EVs from complex biological fluids, including plasma and cell culture medium, with exceptional purity in under 10 minutes is truly impressive.

Dr. Anat Aharon

PhD Director of the Hematology Research Laboratory

We recently used the PMED device in our study to isolate milk CD81-EVs, and the results were impressive. The device not only offers exceptional portability and precision but also purifies EVs in under 10 minutes, saving us significant time compared to traditional ultracentrifugation methods.

Dr. Mara Saenz de Juano

Lecturer at the Department of Environmental Systems Science

We recently started a collaboration with Acytronix, and the communication and support have been outstanding. The device is highly effective for the isolation of EVs, as it significantly saves time and effort. We anticipate valuable results from our upcoming proteomics analyses.