Parametric Gridfinity Tube Tray

Parametric Gridfinity Tube Tray

免费 STL 其他
  • 22 次浏览

该模型托管于 Thingiverse。文件、图片及许可信息归原创作者所有。

在 Thingiverse 查看 ↗

简介

Parametric Gridfinity Tube TrayA fully parametric Gridfinity-compatible tube tray designed to organize a wide variety of cylindrical items. Whether you're working in a laboratory, electronics workshop, or hobby space, this tray can be customized to fit your needs before printing.The model allows you to adjust the tray dimensions, tube size, spacing, and height, making it easy to create organizers for everything from centrifuge tubes to pipette tips and countless other small parts.FeaturesFully parametric designGridfinity compatibleAdjustable tray size in Gridfinity unitsCustomizable tube diameter and spacingAdjustable tray heightOptional stacking lipLittle CAD experience required—simply edit the parametersParametersParameterDescriptionGrid Units XWidth of the tray in standard Gridfinity (42 mm) grid units.Grid Units YLength of the tray in standard Gridfinity (42 mm) grid units.Tube Height (Tip to Shoulder)Controls the depth of each pocket. Increase this value for longer tubes or deeper support.Tube Length (Shoulder to Cap)Used to maintain proper clearance when the optional stacking lip is enabled so stacked trays remain compatible.Tube DiameterDiameter of the tube body. No clearance is added automatically, so it is recommended to make this value slightly larger than the actual tube diameter to reduce insertion friction.Tube Cap DiameterDiameter of the tube cap. This determines the minimum spacing between pockets so caps do not interfere with one another.Stacking Lip…

About this model

Parametric Gridfinity Tube Tray is a 免费 3D model in the 其他 category, shared by the Thingiverse community. You can download it for 3D printing and reuse it in your own projects under the terms of its original license.

File formats

  • STL — The most common mesh format for 3D printing — ready to slice and print on almost any printer.

The files for this model are hosted on Thingiverse. Use the button above to open the original page and download it.

相似模型