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    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
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    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
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    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
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    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
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    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
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    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates
    raspberry pi case STL-Arduino housing 3D model_3D-Printable Battery Storage Crates

    3D-Printable Battery Storage Crates

    $24.03
    byfriedeggsaceca0c8e
    Verified Creator
    Category:Electronics
    OrganizerStorageContainerBoxBatteryStorageBatteryCrate3d printed electronics enclosuresraspberry pi case STLArduino housing 3D model+1 more
    6 people viewing now
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    Product Description

    Modular 3D-Printed Battery Storage Crates

    Additional Notes

    Maximize the organization of your supplies drawer with this set of modular, 3D-printable crates designed specifically for common battery sizes. Each crate model features optimized capacities for efficient storage: the AA-crate holds 12 batteries, the AAA-crate stores 20, and the 9V-crate accommodates 5. For specialized battery types, we offer tailored models: the 18650-crate holds 6 batteries but is designed to be 18mm higher than the standard models. Conversely, the 16340 (123A)-crate also holds 6 batteries but is 12mm lower, perfect for shallower storage spaces. Finally, an Empty version is included for sorting button cells, small electronic parts, or custom inserts. The entire system is designed for exceptional stability. A separate, universal bottom piece can be glued onto the base of any crate, making them reliably stackable for organized placement within drawers or on shelves. For optimal printing results, we recommend setting the wall thickness in your slicer to eliminate infill entirely. Using PLA material, you will generally achieve excellent results without the need for supports.

    Category: Electronics
    Manufacturing Method: FDM
    Material: PLA/PETG