Expansify® 96-Well Plate

Introductory offer: Buy two 10-packs, get one 10-pack free. Add three 10-packs to your cart and use code TRIPLEUP at checkout.

Our newest plate brings XDemics’ High-Density Cell Respiration (HDCR™) technology to the industry-standard ANSI/SLAS 96-well format. The Expansify® 96-Well Plate enables 10 to 100 times higher cell yields per well than conventional polystyrene cultureware. The plate is compatible with semi- and fully automated liquid handling, imaging, and incubation systems.

At the core of every plate is XDemics’ proprietary HDCR™ architecture. Inspired by the capillary proximity found in living tissues, HDCR™ combines a precisely engineered culture geometry with an oxygen-permeable, USP Class VI silicone growth surface that delivers oxygen directly to cells across the entire culture area. By overcoming the oxygen diffusion limitations of conventional cultureware, Expansify® plates support natural tissue-level cell densities with no agitation, sparging, or other shear-inducing oxygenation, in a stackable format fully compatible with standard laboratory incubators.

Features

• ANSI/SLAS format
• 0.55 mL working volume, 0.65 mL fill volume
• Capable of achieving high cell densities in standard incubators without agitation
• Compatibility with sealing films. The rigid polystyrene housing supports adhesive film sealing across the full plate perimeter, protecting the wells and limiting evaporation potential
• Composition (all parts optically clear): polystyrene tray assembled with a one-piece, medical-grade silicone cell growth surface, and a polystyrene lid
• Imaging-compatible: brightfield, phase-contrast, and fluorescence microscopy

Applications

• Cell line development and single-cell cloning
• General cell culture
• Post-electroporation recovery
• Automated cell culture
• T cell expansion / CAR-T process development
• Stem cell expansion
• Viral vector and biologics process development
• High-density cell culture for data-intensive biology (e.g., functional genomics, perturbation studies, AI-enabled biological model training)

Contact support@xdemics.com if you have any questions and we will promptly get back to you!