Modular capture platform
Multi-camera array, 4-axis arms, experiment modules, host PC, and calibration — reconfigured by paradigm.
- ≥6-camera array · ≥4-channel sync
- Auto / manual spatial calibration
- TTL 2-in / 2-out open I/O
Future product · Open for consultation
BA-OmniLab
Multi-paradigm Automated
3D Fine Behavior System
Eight paradigms keep their own apparatus and analysis — sharing one adjustable, switchable video-capture platform.
Eight standard paradigmsMarkerless 3D trackingParadigm-specific software
SYSTEM ARCHITECTUREOne capture architecture
One capture architecture
for differentiated paradigms
Shared capture infrastructure; each paradigm keeps its apparatus and software.
System overviewParadigm-specific software
Dedicated modules for each paradigm — focused, clear, easy to enable on demand and upgrade.
- Sync capture & spatial calibration
- AI processing & 3D reconstruction
- Behavior exploration & comparison
Eight standard paradigms
From locomotion and cognition to gait, balance, limb control, and endurance — multi-dimensional phenotypes.
- Open field · Novel object · Gait
- Balance beam · Swim · Ladder
- Rotarod & paradigm-specific metrics
EIGHT PARADIGMS
Eight standard paradigms — beyond motor analysis
Spontaneous activity, cognitive exploration, joint gait, balance, fine limb control, and endurance.
Open field Schematic
Locomotion, zone preference & fine behavior
Novel object Schematic
Contacts, approach path & dwell time
Treadmill gait Schematic
Stride, cadence & stance phase
Overground gait Schematic
Symmetry, coordination & joint motion
Balance beam Schematic
Falls, body tilt & transit time
Swimming Schematic
Stroke rate, float time & trajectory
Ladder walking Schematic
Limb coordination, footfalls & slips
Rotarod Schematic
Endurance cycles & voluntary activity
CORE CAPABILITIES
Core capabilities for real experiments
Completeness, spatial precision, experiment efficiency, and cross-device sync — a repeatable standard workflow.
KEY DIFFERENTIATOR
Cameras reposition on-arm — switch paradigms without remounting
Capture cameras mount on 4-axis arms and move to each paradigm’s preset poses. Select a mode and reposition in one click — no remounting required.
Multi-view sync capture
≥6 cameras per scene; ≥4 sync to reduce occlusion and blind spots.
Markerless 3D tracking
Track ≥16 keypoints with continuous xyz, velocity, and acceleration.
One-click camera pose switch
Call paradigm pose presets — on-arm capture cameras move into place, less manual tuning and remounting.
Auto / manual calibration
Robot auto-calibration or manual; reprojection error ≤1 px.
High-frame clear capture
Adjustable resolution/FPS; single-cam up to 1080p / 120 fps.
TTL precision sync
2-in / 2-out TTL for ephys, optogenetics, and other devices.
WORKFLOW
Two analysis paths for different experiment rhythms
Deploy, sync-capture, AI-process, and review for a fixed paradigm — ideal for controlled comparison and intervention studies.
01Module setup & calibration→
02Multi-view sync capture→
03AI 3D reconstruction & analysis→
04Review & export
PERFORMANCE
Validated key performance
Objective, fine, repeatable phenotypes for disease-mechanism research and drug evaluation.
Tracking error ≤5 mmParadigm switch <10 minExport CSV / TXT / JPG / PNG / PDF · ≥300 dpi
APPLICATIONS
Application scenarios
Objective, fine, repeatable phenotypes for CNS disease models, intervention comparison, and translational research.
Parkinson’s disease
Bradykinesia, gait anomalies & fine behavior changes
↗Spinal cord injury
Joint gait, balance & limb coordination recovery
↗Stroke
Motor deficits, laterality & functional recovery
↗Depression models
Activity, exploration, fine behavior & sequences
↗Drug efficacy
Multi-level phenotype comparison pre/post treatment
↗Neural circuit studies
Behavior synced with ephys & optogenetics
↗OPEN & EXTENSIBLEBuilt for today’s experiments
Built for today’s experiments
— open for tomorrow
Open design across hardware modules, paradigms, algorithms, and third-party sync for lasting research fit.
Platform ready
✓ Modular apparatus with quick swap
✓ Eight paradigms & dedicated metrics
✓ Markerless 3D tracking & fine behavior
✓ TTL third-party device linking
✓ Bilingual UI
Continuously expanding
→ More paradigms & module expansion
→ Online algorithm & plotting updates
→ Cross-lab data standard alignment
→ Batch throughput & automation
→ Broader third-party signal integration
OPEN FOR CONSULTATION
An adaptable capture platform for differentiated paradigms
Share your animal model, paradigms, and goals — get a tailored hardware, software, and analysis plan.
Paradigm setup · Analysis plan · Joint experiment design