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3D Connexion Keyboard and Keypad Holder — zdjęcie 1
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3D Connexion Keyboard and Keypad Holder

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A compact stand designed to store the 3D Connexion Keypad & USB-C cable while holding the 3D Keyboard at a usable angle

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Źródło
Printables
Kategoria
Computers
Licencja
Creative Commons — Attribution

3D Connexion Keyboard Stand

A printable keyboard stand designed to reduce desk clutter and keep the 3D Connexion keypad on your desktop, ready for use, while also providing a convenient storage space for the full QWERTY 3D Connexion keyboard.

Features

The stand is designed so that the keyboard rests on the lower edge of the stand and can be stored with the keyboard feet extended if required.

The keyboard is held at an angle that allows ad-hoc key entries to be made when required. This is particularly useful when using Fusion or AutoCAD, where you may be using the mouse extensively while referring to drawings, models or collected data. The angled position makes it easy to reach the keyboard when occasional keyboard input is required, while freeing up desk space normally occupied by a full-size keyboard.

The stand is sufficiently rigid to prevent noticeable deflection during use. A flat base is also provided, allowing self-adhesive rubber feet to be added if required.

Instructions

  1. Download all four parts of the model.

  2. The 3D Connexion LHS and RHS legs will both fit on the build plate of a Core One-sized 3D printer. Print with the text facing upwards and legible when looking down onto the build plate. No supports are required.

  3. Print the 3D Connexion back on a single build plate, again with the text facing upwards and legible when looking down onto the build plate. No supports are required.

  4. Print the 3D Connexion Cable Box with the hollow box opening facing upwards when looking down onto the build plate. Supports are required, paint-on supports recommended but not essential "support on build plate only" will work but may need a bit more clean up. Supports are only required around the two lugs that connect the cable box to the legs.

  5. Assembly is by friction fit. The tolerances are deliberately tight, so some effort may be required to fully lock the parts together.

  6. The Cable Box can be installed with the opening facing either upwards or towards the rear. It serves two purposes: it provides a convenient place to store the cable and also helps to stiffen the legs.

    The Cable Box can be omitted if required, but the overall assembly may then require gluing to maintain sufficient stiffness.

Print Settings

  • Infill: 15–25%

  • Layer height/profile: 0.2 mm Balanced

  • Perimeters: 4 recommended for additional strength

  • Supports: Required only for the Cable Box

  • Material: PLA

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