Separation.
Mobilization.
Recovery.

Exoria is a platform that performs high-resolution gel electrophoresis and, in the same run, delivers every resolved band as purified material in a 96-well plate. It's built on established electrophoretic methods — SDS-PAGE, capillary gel electrophoresis, and native fluorescence detection — combined and automated on a single instrument.

Two fields. Resolved bands. Direct collection.

A sample separates into resolved bands, then each band is mobilized into its own well of a 96-well plate, filling the plate from the bottom up — A sample separates into resolved bands, then each band is mobilized into its own well of a 96-well plate.

Separation

Sample is loaded at the top of a gel. A vertical field separates proteins by size (or by pI, or by mobility — three separation modes, one platform).

Mobilization

Resolved bands are held in stable positions. A perpendicular field then mobilizes each band along the horizontal axis, one at a time.

Recovery

Each band arrives at its own well in a 96-well plate — purified material, ready for MS identification, immunoassay, or functional testing.

Across the development cycle.

Structure-function + peak ID

Isolate each peak, identify what it is, and test what it does.

Clone selection

Screen variants and select the right clone with purified material in hand.

Process development

Track degradation products through upstream and downstream development.

Stability & formulation

Characterize degradation pathways under stressed storage conditions.

QC + release

Meet ICH Q6B expectations for purity and identity, from one instrument.

Biosimilar development

Match the innovator with variant-level structural and functional data.

Multi-attribute monitoring

Replace the 3–5 assays per variant with a single unified workflow.

Forced degradation

Resolve and characterize stress-induced species from a single loading.

Separation.Mobilization.Recovery.