SomaFocus™
High-resolution electrophysiological readouts from inside intact 3D cultures


Automated Platform
Eliminate Extensive and Complicated Prep
SomaFocus uses complex software to automatically determine the optimal depth for recording inside intact organoids. Simply take an organoid from media, place it into our environmentally controlled platform and start recording instantly.

Semiconductor
Technology
The Core Technology
SomaFocus integrates our industry-leading silicon probe technology, trusted for decades in-vivo. Leveraging semiconductor-grade fabrication, the probes feature high-channel-count microelectrodes within a compact footprint, enabling high-density, parallel neural recordings. This precision engineering minimizes tissue disruption while maximizing the number of neurons measured in real time.

AI-Driven, Real-Time
Data Capture
Live Circuit Readouts
SomaFocus captures live circuit-level activity from within brain organoids and other electrically active 3D cultures to reveal how neurons interact, communicate, and form circuits. Instantly view spiking activity, circuit synchrony, and network-level dynamics as recordings happen.

Assess Electrophysiological Function

Disease Model for Drug Discovery
Live Circuit Readouts from Deep Inside Intact Brain Organoids
SomaFocus captures live circuit-level activity from within brain organoids and other electrically active 3D cultures to reveal how neurons interact, communicate, and form circuits.
Real-Time Data Capture and Visualization
Instantly view spiking activity, circuit synchrony, and network-level dynamics from inside organoids as recordings happen. Analyze connectivity maps, oscillations, and excitatory/inhibitory balance across the 3D volume.
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Eliminate Extensive and Complicated Prep
Simply take an organoid from media, place it into our environmentally controlled platform and start recording instantly inside intact organoids. SomaFocus reveals the real-time functional dynamics of networks inside 3D tissues—not just their structure or molecular makeup.