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Twin-Bridge Tweezer Rest Tray model preview, default size 180 × 100 × 40 mm, 1 part
1 partSTL + STEPMillimetersVersion 1.0.0
01 / SPECIFICATIONS

Specifications

See the default structure and usable space.

Tweezer bodies rest across two rows of open slots with the tips off the base tray

Default solid volume
About 84 cm³ (check in your slicer)

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
Twin-Bridge Tweezer Rest Tray180 × 100 × 40 mmSTL · STEP

The ZIP contains the complete STL and STEP files, a size list and notes. Version 1.0.0 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
Length
90–250 mm
Width
55–210 mm
Height
12–160 mm
Interior layout
Number of tweezer positions
3–10
Functional configuration
Support slot clear width
3–10 mm
Twin bridge spacing
35–140 mm
Support slot depth
6–24 mm
Construction details
Wall and floor thickness
1.6–4 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

Sign in to open this model in the studio.

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-piece, printed with the flat base down; the tweezer body lies across the twin bridge slots of the same number, with the tips hanging free.
  2. Measure the tweezer body width and supportable span at two points first; the slots are for loose positioning; not for clamping hot tools.

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.