Nautilai Plus™
The New Standard in Functional Biology. Multimodal and Scalable.
The first multimodal platform to unify contractility, optical readouts, and synchronized video — at 96-well scale.
The first multimodal platform to unify contractility, optical readouts, and synchronized video — at 96-well scale.
Purpose-built for drug development teams running cardiotoxicity screening, IC50/EC50 potency assays, and 3D tissue drug testing — without the throughput constraints of traditional force measurement.
More data, less effort.
96-well scale designed so your team focuses on results, not repetition.
From experiment to answer, faster.
Automated workflows reduce setup time so you can focus on the decisions that matter.
See it to believe it.
Tissue video synchronized with your data gives you instant visual confirmation of every result.
One platform. Your entire research program.
Cardiac, skeletal muscle, neuronal, and neuromuscular models. 2D cultures, organoids, and 3D tissues. One instrument.
From the moment you press record to the moment you make a decision — Nautilai Plus and Pulse work together so nothing gets left behind.
What Nautilai Plus Sees
Measure contractility and baseline tissue state
Capture Ca²⁺ signaling amplitude and kinetics
Map electrophysiology and voltage dynamics
Apply and synchronize stimulation protocols
Visual validation via synchronized tissue video
What Pulse Delivers
Automatic waveform processing and metrics extraction
Standardized outputs across force, beat rate, and calcium
Concise, shareable formatting for team review
Flexible cloud access and cross-team collaboration
PART OF AN ECOSYSTEM
96-well Nautilai Plate
Purpose-built for long-term 3D tissue culture and automation-compatible workflows.
Stingray™
Precise pacing at 24- or 96-well scale — autonomously, inside your incubator.
Cells & Media
Validated protocols optimized for Cardiac, Skeletal, and NMJ models on Nautilai Plus.
Skeletal Muscle Functional Assay — 96-Well EHT Maturation with Electrical Stimulation
Additional application notes in development across neuromuscular, disease models, 3D tissue drug testing, and more. Contact us to discuss your model →