36 Pillar36PillarPlatePillar/Perfusion Plates for
Static and Dynamic Culture
of 3D Cells and Organoids.
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36 Perfusion Plate36PerfusionPlatePillar/Perfusion Plates for
Static and Dynamic Culture
of 3D Cells and Organoids.
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144 Pillar Plate144PillarPlatePillar/Perfusion Plates for
Static and Dynamic Culture
of 3D Cells and Organoids.
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144 Perfusion Plate144PerfusionPlatePillar/Perfusion Plates for
Static and Dynamic Culture
of 3D Cells and Organoids.
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384 Deep Well Plate384DeepWellPlatePillar/Perfusion Plates for
Static and Dynamic Culture
of 3D Cells and Organoids.
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Our pillar/perfusion plates and their accessories for static and dynamic culture of 3D cells and organoids

36PerfusionPlate_01
144PillarPlate_01
36PetriLid_01
144PetriLid_01
144PerfusionPlate_03
384PillarPlate_01
LoadingPlate_01
DeepWellPlate_01
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36PerfusionPlate_01
144PillarPlate_01
36PetriLid_01
144PetriLid_01
144PerfusionPlate_03
384PillarPlate_01
LoadingPlate_01
DeepWellPlate_01
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Unique features of the pillar/perfusion plate

  • Extremely fast and simple cell/spheroid loading on the pillar plate
  • Reducing cell death and enhancing organoid maturity
  • In situ organoid testing and imaging
  • Scale-up organoid production with small medium volume
  • User-friendly operation
  • Compatible with existing microscopes and well plate readers
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Methods of rapid cell loading and encapsulation on the pillar plates

cell printing

Cell Loading Methods

Methods of 3D cell/organoid culture on the pillar plates

petri dish supplies

Static and Dynamic Culture of Organoids

Miniature human organoids created in pillar/perfusion plates

human cancer cells

Kang et al, Advance Healthcare Materials, DOI: 10.1002/adhm.202302502 (2023)
Acharya et al, Biofabrication, DOI: 10.1088/1758-5090/ad1b1e (2024)
Shrestha et al, Lab on a Chip, DOI: 10.1039/D4LC00149D (2024)
Lekkala et al, ACS Biomaterials Science & Engineering, DOI: 10.1021/acsbiomaterials.4c00179 (2024)

cancer, cells, spheroids and organoids
human organoids

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