THE AUTOMATED LAB
Scale the equipment.
Robotics connect instruments and move samples between steps. Capacity scales with more hardware, handling and lab space.
Sample prep→Liquid handling→Instrument
Automation around the assay.
ON-CHIP SPRi PLATFORM
KINETIC DATA AT AI SCALE.
An automated wet lab on a single chip.
Your AI designs proteins. We deliver the experimental ground truth in 10–14 days.
10–14 days
From sequence to validation
$69 / ligand
Sequence to protein expression
$10 / interaction
Full affinity · 3 replicates · 8-point concentration series
KD + kon + koff
Binding strength and kinetics
HOW PLEXERA WORKS
From sequence to kinetic truth.
Submit your designs. Plexera runs the complete wet-lab workflow and returns binding kinetics in 10–14 days.
- 001
Share your sequences
Send protein sequences, target information and the validation goals that matter to your program.
- 002
Express & prepare
We handle cell-free expression, purification and preparation of the NanoCapture chip.
- 003
Measure on-chip
3replicates8point concentration seriesMeasured in parallel by SPRi.
- 004
Receive kinetic data
Get complete sensorgrams, KD, kon, koff and a structured experimental report.
ESTIMATE YOUR EXPERIMENT
Build a working budget.
Enter the number of ligand proteins immobilized on the chip and analyte proteins introduced in flow.
Protein expression100 × $69$6,900
Binding interactionsLigand × analyte pairs200
Binding data200 × $10$2,000
Estimated totalWorking estimate in USD$8,900
This estimate excludes the expression, purification and sourcing cost of flow-phase analyte proteins.
Need a confirmed quote? Contact PlexeraA NEW EXPERIMENTAL ARCHITECTURE
Everyone else is automating the lab.
We put the lab on a chip.
Automating the lab changes how experiments move. Moving molecular interactions onto a chip changes how many you can measure at once—and what each data point costs.
THE PLEXERA ON-CHIP PLATFORM
Scale the interactions.
Dense microarrays, proprietary surface chemistry and SPR imaging bring thousands of molecular interactions into one parallel measurement architecture.
ONE CHIP
3,840 assay spots
3,840 assay spots
Parallelization at the assay itself.
Built differently. Delivered as a service.
An ultra-high-throughput on-chip SPRi platform, integrating cell-free expression, microarray printing and label-free kinetic analysis.
ONE PLATFORM / MULTIPLE MOLECULAR CLASSES
One technology platform.
More molecular possibilities.
An ultra-high-throughput on-chip SPRi platform for binding kinetics across diverse molecular formats.
- 01Proteins
- 02Antibodies
- 03VHH
- 04Peptides
- 05Small molecules
- 06DNA / RNA
- 07Glycans
- 08Aptamers
BUILT FOR AI PROTEIN DESIGN
Give your model
more reality.
Predictions need experiments. Plexera generates the wet-lab evidence that connects what your model designs to how a molecule actually binds.
01
Train on measured biology
Build experimental datasets that connect protein sequences with measured molecular interactions.
02
Validate beyond a hit
See how tightly a candidate binds, how quickly it associates and how long the interaction lasts.
03
Close the design loop
Bring experimental feedback into the next round of protein engineering with a 10–14-day cycle.
FULL AFFINITY + KINETICSSPRi
Every interaction tells a story.
Illustrative sensorgram · not experimental data
KD
How tightly does it bind?
Equilibrium dissociation constant
kon
How quickly does it bind?
Association rate constant
koff
How quickly does it let go?
Dissociation rate constant
FROM IN SILICO TO ON-CHIP
Your next breakthrough
needs real data.
Tell us what you are designing. We will help shape the experiment that moves it forward.
sale@plexera.com