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Turbine-Fin Two-Can Reload Holder model preview, default size 82 × 81.5 × 218 mm, 1 part
1 partSTL + STEPMillimetersVersion 0.1.0
01 / SPECIFICATIONS

Specifications

See the default structure and usable space.

Three staggered groups of slanted fins and two mechanical bands create a bold look. Adjust to measured can dimensions; retention and can changes have not been physically validated.

Nominal can body diameter
66.0 mm
Sleeve bore diameter
68.0 mm
Nominal retention interference per side
0.25 mm
Height of each fin
39.2 mm
Default solid volume
About 160 cm³ (check in your slicer) Estimate print cost

Listed part dimensions are outer bounds; usable interior space is given in this model's specifications.

02 / MODEL FILES

Files and dimensions

The default download includes all matching parts.

Default model parts and outer dimensions
PartsOuter sizeFile formats
Two-can sleeve with integral slanted fins82 × 81.5 × 218 mmSTL · STEP

The ZIP contains the complete STL and STEP files, a size list and notes. Version 0.1.0 Use the complete set of files of the same version and size for matching parts. Preview colors are for reference only; STL files carry no color.

03 / ADJUSTMENTS

Adjustable options

Make the same model fit your space.

Outer size
Sleeve height
180–260 mm
Functional configuration
Can body diameter
60–72 mm
Can height
105–135 mm
Construction details
Radial can clearance
0.5–1.5 mm
Nominal radial retention interference
0.1–0.4 mm
Sleeve wall thickness
2.4–4 mm

Ranges are set by this model's structure; each combination must pass the studio's structure checks; matching parts update with the parameters.

01

Adjust size

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02

Preview

Adjusting and 3D preview are free.

03

Check export options

Confirm the files and available download options on the current page.

Adjust this model

Size and structure parameters update all matching parts of this model together.

04 / PRINT & ASSEMBLY

Printing and assembly

Check slicing and fit after downloading.

  1. One printed part: the slanted fins are integral to the sleeve and the upper and lower slots reach their respective openings.
  2. Adjust to the measured can dimensions and test-print a retention sample first. Grip, recovery, complete can changes and durability have not been physically tested.
  3. The fins are decorative. Grip, slip resistance, load performance, airtightness and insulation have not been validated.
  4. No additional hardware is required. Not intended for direct food contact.

Import into your slicer in millimeters and check build volume, orientation and supports for each part. Test-print lids, drawers and connectors first, and print the full set once the fit is confirmed.

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