Automate Your Spatial Omics Perfusion Protocols

Aria, An Automated Perfusion System

Fluigent Aria is an automated perfusion system designed for spatial omics, immunolabeling, FISH, DNA-PAINT, live-cell imaging, and other workflows requiring precise, sequential, timed fluid delivery. It automates complex multi-reagent protocols while improving reproducibility, reducing manual intervention, and protecting samples during long imaging experiments.

Fluigent’s Aria is an automated perfusion system designed for laboratories that need precise, repeatable and hands-free fluid delivery for cell and tissue experiments. Built for spatial omics, immunolabeling, FISH, DNA-PAINT, multiplexed imaging, calcium imaging and live-cell workflows, Aria automates complex sequential perfusion protocols while helping researchers reduce manual handling, contamination risk and experiment-to-experiment variability.

The system can deliver up to 10 different solutions into a chamber or microfluidic chip according to user-defined protocols, supporting injected volumes from 40 µL to hundreds of mL over experiments that may run for several days. Flow rate, incubation time and dispensed volume can be programmed through Fluigent’s intuitive software, allowing users to build, save and repeat protocols with minimal setup time.

Aria is especially valuable for imaging-based applications where stability and timing matter. By synchronizing with microscopes through TTL or TCP communication, the system can alternate between reagent delivery, incubation and image acquisition cycles, making it well suited for long-duration or high-resolution microscopy workflows. The software also includes features designed for imaging rooms, including dark mode and LEDs for easier operation in low-light environments.

Compared with manual pipetting, Aria provides smoother, controlled injections and helps preserve sample integrity by reducing shear stress and avoiding repeated manual intervention near the sample. This supports more consistent staining, better reproducibility and safer operation around sensitive microscopy setups. According to Fluigent, Aria reduces variability to 0.5% between experiments, compared with higher variability reported for manual pipetting workflows.

Aria is a flexible alternative to fully dedicated, application-specific platforms. It can adapt to different perfusion chambers, microfluidic chips and experimental protocols, making it a strong choice for research groups that need automation without locking their workflow into a single chip format or assay type. For labs working in spatial biology, cell biology, organ-on-chip or tissue imaging, Aria brings the precision of automated microfluidics into everyday experimental routines.

not sure what fits?

Let us help you

We love to solve this puzzle and find the right fit.
In This Series
Green Architecture
Evermind™ template is crafted like sustainable structures — clean, scalable, and built to last.
Precision Engineering
Every layout and component is tuned with variables and pixel-perfect details, so your brand stands on solid ground.
Dynamic Interactions
From nature-inspired transitions to fluid page structures, Evermind™ feels alive yet quietly sophisticated.
Green Architecture
Evermind™ template is crafted like sustainable structures — clean, scalable, and built to last.
Precision Engineering
Every layout and component is tuned with variables and pixel-perfect details, so your brand stands on solid ground.
Dynamic Interactions
From nature-inspired transitions to fluid page structures, Evermind™ feels alive yet quietly sophisticated.
No items found.
Related products
Related News For this Product
ready to start?
Stuck with a spec sheet that reads like sci-fi? Need a component that probably doesn't exist yet? Let's make it happen. Together.
FAQ

Questions, answered with clarity.

We’ve collected the questions we get all the time, and actually answered them. No mystery, no marketing poetry - just facts. Still have an open question? We're here to help:
Contact Us
Fluigent delivers cutting-edge pressure-based microfluidic flow control systems and sensors for research and industrial applications - delivering precise, stable, and reproducible fluid handling where microscale control matters
How many solutions can the Aria handle at once?

The Aria supports up to 10 fluid reservoirs per run. Standard reservoirs hold 15 mL each, with 2 mL options available for precious reagents. A dedicated 100 mL flushing reservoir is also included for wash steps between injections.

Can the Aria synchronize with my microscope?

Yes. The Aria communicates via TTL and TCP signals - both sending and receiving. This allows it to trigger image acquisition at defined protocol steps, wait for the imaging cycle to complete, and then resume fluid delivery automatically. It is compatible with most fluorescence microscope control software.

Is the system suitable for multi-day experiments?

Yes, and this is one of its core strengths. The Aria can run protocols spanning several days without requiring the operator to remain present. The software calculates the minimum reagent volume needed for the full protocol upfront, and a "Wait for User" function can hold the sequence at defined points if a manual step is required before proceeding.

What does the SDK allow users to do?

The SDK library collects the available software functions for users that wish to integrate our liquid handling functions into their own software for automated workflows, allowing them to have a single interface to actuate all components that are part of their fluorescence microscopy system (fluid management unit, imaging unit, heating devices, incubator, etc.).

How does the Aria protect sample integrity?

aRIA system generates minimal shear stress for cells and allows users to achieve liquid flow continuously. The sample is also maintained contamination-free, as no manual operations are done.

New Products
Facing a Challenge? Let’s Solve It Together