Standardized Spheroid Handling and Imaging
Designed to position and immobilize spheroids within defined, imaging-ready structures, improving handling and reducing imaging time .
Tailored Melt Electrowritten Scaffolds for the Generation of Sheet-Like Tissue Constructs from Multicellular Spheroids by R. McMaster, et al. licensed under CC BY 4.0
CHALLENGE
Spheroid workflows are limited by inefficient handling
and inconsistent, time-consuming imaging:
- Spheroids are difficult to handle, transfer, and track across workflows
- Inconsistent focal planes aross wells, requiring, constant refocusing and repositioning
- Reduced expermental throughput
APPROACH
Integrates a micro-architectured scaffold within
standard well formats to immobilize spheroids in a
defined array and maintain consistent positioning
across workflows
APPLICATIONS
- Spheroid assay development
- High-content imaging
- Phenotypic screening
- Oncology spheroid models
FORMATS & PRICING
Available in 12 and 24 well formats
Contact us for pricing, evaluation samples, and pilot studies
Defined Positioning
Maintains spheroid location across workflows
Imaging Consistency
Improves focal plane uniformity across samples
Workflow Efficiency
Steamlines handling and transfer steps
Increased Throughput
Enables processing of more spheroids with greater consistency
Biological Compatibility
Maintains native spheroid morphology and function
Workflow Compatibility
Integrates seamlessly with standard plate-based workflows
