TESTING_VERSION_Mk.1 — REV03 (Free Download)

$0.00

REV 03 is out of date and should be used for experimental purposes. Expect overall poor performance as compared to the current production (physical) version.

Free to download 3D printer files for the Mk.1 Axial Cyclone. Includes all .STL files for the cyclone and twist top kit. User is responsible for 3D printer slicing, material tuning, hardware procurement, and assembly.

Assembly drawings and a full Bill of Materials included.

Additional hardware NOT included:

  • #8-32 Bolts (x8)

  • #8-32 Threaded standoffs (x8)

  • #10-24 Heat Set Inserts (x16)

  • 4” clear PVC ducts (9” sections x2)

  • Leaktite twisting bucket tops (x2)

Revision Notes:

  • Rev 03 features improved manufacturability over previous revisions and beta tested new geometry for the “phase 1” planar separator.

    • Improved airflow over previous revisions.

    • Easy to 3D print without any supports.

    • However, Rev 03 does not perform well under large volumes of dust. Expect significantly lower separation efficiency

  • Current production improves on all of the above performance metrics.

REV 03 is out of date and should be used for experimental purposes. Expect overall poor performance as compared to the current production (physical) version.

Free to download 3D printer files for the Mk.1 Axial Cyclone. Includes all .STL files for the cyclone and twist top kit. User is responsible for 3D printer slicing, material tuning, hardware procurement, and assembly.

Assembly drawings and a full Bill of Materials included.

Additional hardware NOT included:

  • #8-32 Bolts (x8)

  • #8-32 Threaded standoffs (x8)

  • #10-24 Heat Set Inserts (x16)

  • 4” clear PVC ducts (9” sections x2)

  • Leaktite twisting bucket tops (x2)

Revision Notes:

  • Rev 03 features improved manufacturability over previous revisions and beta tested new geometry for the “phase 1” planar separator.

    • Improved airflow over previous revisions.

    • Easy to 3D print without any supports.

    • However, Rev 03 does not perform well under large volumes of dust. Expect significantly lower separation efficiency

  • Current production improves on all of the above performance metrics.