Akura™ 384 ImagePro

High-resolution, high-content imaging – fully automation compatible

Akura™ 384 ImagePro

Akura™ 384 ImagePro

The Akura™ ImagePro is our high-end solution plate that unifies robust liquid and spheroid handling with automated high-resolution imaging. The flat bottom and black walls of the 384 well plate facilitate high-resolution, high-content imaging, while the special well design allows medium exchange, dosing, and endpoint determination in the same plate saving time and resources.

  • All-in-one plate allowing spheroid formation, long-term culturing and analysis in one single plate
  • Unique SureXchange™ ledge engineered to prevent unintended spheroid/organoid aspiration and to retain consistent minimal remnant media volumes (< 2-3 µl) during medium exchange
  • Spheroid/organoid morphology and functionality are preserved in long-term culture
  • Superior high-content imaging quality with a continuous, flat-bottom, 25 μm gas-permeable membrane, and a black-walled body

Compare Akura™ 384 ImagePro and Akura™ 384 Spheroid Microplate

  • Both Akura™ 384 Plates have black walls to minimize cross-talk and a unique well design for near-complete medium exchange without spheroid loss.
  • The Akura™ 384 ImagePro has a flat, ultrathin, 25 µm gas-permeable membrane made of FEP (fluorinated ethylene propylene) to minimize RI mismatch and it is compatible with high NA objectives.
  • The Akura™ 384 Spheroid Microplate has a 125 µm thin Polystyrene membrane. The plate is especially suited for high throughput applications, lytic and biochemical assays, and basic confocal imaging endpoints.

If your main focus is on biochemical assays and basic imaging, we recommend the Akura™ 384 Spheroid Microplate.

Product Documents

Scalable 3D Cell Culture Technologies Engineered for Physiological InSight

Semi-automated medium exchange in Akura™ 96 and 384 Microplates with INTEGRA VIAFLO

InSphero Portfolio of 3D Microplate Formats

Akura™ 384 ImagePro

3D High-content imaging in Akura™ 384 with minimal optical aberration enables accurate quantitation of co-localized fluorescent signals within the nuclei of a 3D spheroid model

Streamlining 3D high content-imaging by combining automated 3D spheroid culturing, staining and imaging in a multifunctional well-plate

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