US 2026/0265666 A1Published application

Temperature control system for a large-scale cell culture chamber

AssigneeCellFabs Inc.

InventorsYun-Shu Chiou, Shang-Chih Lin

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Abstract

A temperature control system for a large-scale cell culture chamber, comprising: A frame structure enclosed on the exterior by multiple isolation plates, with at least one culture rack installed inside the frame structure. The culture rack is sequentially provided with multiple bottom frame grids, multiple cell culture grids, and multiple top frame grids from the bottom to the top of the frame structure. Additionally, one side of the culture rack is adjacent to a thermal flow space. At least one heating module, each including multiple bottom-end fans, multiple top-end fans, and multiple heating elements. The bottom-end fans are fixed to the bottom frame grid, and the top-end fans are fixed to the top frame grid. The heating elements are distributed within the thermal flow space. Both the bottom-end fans and the top-end fans direct airflow toward the thermal flow space, ensuring that the hot air heated by the heating elements is evenly distributed across all cell culture grids, making the system suitable for large-scale cell culture chambers.

Claims10

Dependent claims

A temperature control system for a large-scale cell culture chamber, comprising:

a frame structure, which is externally enclosed with multiple isolation plates, wherein at least one culture rack is erected inside the frame structure, the culture rack is provided with multiple bottom frame grids at the bottom end of the frame structure, the culture rack is provided with multiple top frame grids at the top end of the frame structure, multiple cell culture grids are arranged in a rectangular configuration between the bottom frame grid and the top frame grid, and a thermal flow space is formed between the culture rack and the adjacent isolation plate;
and
at least one heating module, which includes multiple bottom-end fans, multiple top-end fans, and multiple heating elements, wherein the bottom-end fans are fixed to the bottom frame grid, the top-end fans are fixed to the top frame grid, the heating elements are distributed within the thermal flow space, and the bottom-end fans and top-end fans direct airflow into the thermal flow space, ensuring that the heated air from the heating elements flows evenly across all the cell culture grids.

Dependencies are inferred from the claim text.