Revolutionize Your Organoid Workflow
Harness magnetic levitation to produce standardized, high-viability organoids and spheroids at scale — reducing formation time from days to hours.
The Industry Problem
Organoid Production Faces
Critical Bottlenecks
As organoid technologies transition from laboratory proofs-of-concept to clinical and industrial deployment, persistent challenges in reproducibility and scalability have emerged as major barriers.
Reproducibility Crisis
Batch-to-batch variability from animal-derived ECMs like Matrigel — with undefined molecular composition and poorly controlled mechanical properties — leads to significant differences in organoid size, morphology, and function across experiments and labs.
Kim et al., npj Biomedical Innovations (2026)
Scalability Constraints
High-throughput drug screening requires hundreds to tens of thousands of organoids per run. Conventional low-productivity culture methods simply cannot generate enough uniform organoids per unit area to meet these demands.
Screening platforms require 100s–10,000s of organoids
Manual, Labor-Intensive Workflows
Conventional organoid culture processes rely on manual handling — repeated pipetting, media exchange, and sample manipulation — making them impractical for GMP compliance and blocking the path to standardized clinical-grade manufacturing.
Barrier to FDA-recognized organoid standards
Our Solution
SALT™ Magnetic
Levitation Technology
LevitasBio's Selective Arrayed Levitation Technology uses paramagnetic media and precision magnet arrays to gently separate, enrich, and culture cells — without labels, without centrifugation, without compromise.
Label-Free
No antibodies, no beads, no reagent interference
96-Well Parallel
Process 96 samples simultaneously for true throughput
Debris Removal
Gravity-based separation removes >90% of debris
Results in Hours
Formation time reduced from 72 hrs to 2 hrs
Proven Performance
Numbers That Speak
for Themselves
Validated across multiple cell types and organoid models, delivering consistent results with minimal hands-on time.
Cell Yield
Regardless of input concentration
Cell Viability
Even with low input samples
Debris Removal
For the most compromised samples
Hands-on Time
45 minutes total processing
From Cells to Organoids. Accelerated.
See the dramatic difference magnetic levitation makes vs the current methods.
Applications
Enabling the Next Generation
of 3D Cell Models
From drug screening to assembloid engineering, the LeviCell 96 enables workflows that were previously impractical.
Spheroid & Organoid Production
Rapid, hands-free production of spheroids with consistent shape, size, and density. Magnetic levitation accelerates formation from days to just 2 hours, with built-in viability monitoring.
Real-Time Drug Screening
Monitor cell-to-cell interactions and drug response in real time at single-cell resolution. Density changes reveal viability shifts minutes after compound exposure — no endpoint assay required.
Multi-Layered Organoids & Assembloids
Build complex, multi-layered organoids by sequentially adding cell types during levitation. Engineer assembloids that recapitulate inter-tissue interactions for advanced disease modeling.
How It Works
Four Simple Steps
Load
Add cell suspension to LeviCell 96 wells with paramagnetic media
Levitate
Viable cells rise and cluster at the equilibrium plane in minutes
Culture
Collect
Harvest enriched organoids ready for downstream analysis
Our Solution
LeviCell® 96 System
The only 96-well magnetic levitation platform designed for organoid and spheroid workflows. Process whole or dissociated organoids with unmatched throughput and gentleness.
Ready to Transform Your Organoid Workflow?
See how the LeviCell 96 can accelerate your research — from drug screening to assembloid engineering. Our team will customize a demo for your specific application.