Scale Nanoparticle Purification with qEV Tangential Flow Filtration

Laboratory-scale bioreactor control unit with touchscreen, tubing, pump, and connected liquid bottle.
Open laptop displaying software dashboard next to a high-tech device with a glowing circular base and a small transparent object inside.

Moving from mL to L shouldn’t mean reinventing your workflow

qEV TFF systems reduce sample volume to support large-scale purification of extracellular vesicles and other nanoparticles.

Whether you need to concentrate before or after qEV isolation, or complete a buffer exchange, qEV TFF adapts to your workflow.

Complete your large-scale processing

Designed to complement your qEV isolation workflow. Available as a standard research model, or a GMP-ready system built for regulated, large-scale production.

Raw Sample

Concentrate

Isolate

Analyse

Technical specs

Technical specs

Processing Capacity

Concentrate up to 10x

Standard model: 0.5 L to 10 L sample input

cGMP model: 0.5 L to 20 L sample input

Filtration

Compatible with hollow fibre and cassette membranes

3-750 kDa filters

Monitoring and Control

Standard model: 1x peristaltic pump, 0.14–2.2 L/min flow rate
GMP-Ready model: 2x peristaltic pumps (feed + recirculation), 0.14–4.5 L/min flow rate

Real-time TMP display, operational parameters, status, and pressure alarms

Functions

Concentration, diafiltration, flushing, normalised water permeability, real-time data display

Pricing

qEV TFF System: $17,900 USD - for routine laboratory use

GMP-Ready qEV TFF System: $35,000 USD - 21 CFR Part 11 compliant, for regulated and large-scale production

Compatible with:

Sample Types

Particle Types

Plasma

Extracellular Vesicles

Conditioned Media

Lipid Nanoparticles

Others

Viruses

Sample Types

Plasma

Conditioned Media

Others

Particle Types

Extracellular Vesicles

Lipid Nanoparticles

Viruses

Laboratory-scale bioreactor control unit with touchscreen, tubing, pump, and connected liquid bottle.
Laboratory fluid control system with touchscreen interface, tubing, and a bottle on a digital scale labeled Mass 2.

Ready to scale your nanoparticle isolation workflow?

Whether you’re building a platform from scratch or scaling an established R&D protocol, we’re here to make sure your nanoparticle isolation process is consistent, efficient, and future-ready.

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