Search models, users, collections, and posts

Modular Mounting System

Print Profile(0)


Add the first print profile to earn points

Boost
4
12
0
0
5
1
Released 

Description

Modular Laboratory Bracket — Fully 3D Printed

A fully 3D-printable modular bracket system for any workbench or laboratory desk. We built it during our course at NaUKMA to solve an everyday annoyance: having to constantly grab your phone to check a datasheet while your hands are busy with electronics, soldering, or a robot build.

This bracket holds your phone exactly where you need it — and nowhere else.

✨ Highlights

  • 100% 3D printed — no screws, no bearings, no magnets, no metal hardware. Every single part comes off the build plate.
  • Rubber-band tension — the phone holder grips your device using standard office rubber bands. Cheap, replaceable, surprisingly strong.
  • Modular by design — quick-change interface lets you swap attachments without disassembly.
  • Step-rotating joints — incremental positioning that locks in place and won't slip under load.
  • Tool-less assembly — printed bolts and knobs only. Snap it together, clamp it down, done.

🧩 The System

Four modules, designed to work together or independently:

  1. Desk Mount — sturdy clamp base that mounts to the table edge using printed bolts.
  2. Step-Rotating Joint — incremental rotation mechanism with secure fixation.
  3. Extension Module — adds reach and provides two-axis adjustment.
  4. Quick-Change Phone Holder — rack-and-pinion mechanism that grips phones of various sizes.

Fully modeled in Fusion 360.

🖨️ Print Settings

ParameterRecommended
PrinterBambu Lab A1 (or any FDM)
Layer height0.2 mm
Infill25% Gyroid
Walls4–6 (critical for joint and clamp strength)
FilamentPETG or ABS
SupportsYes, for some modules

⚠️ Don't skimp on wall count. The clamp and step-rotating joint take real mechanical load — 3 walls is not enough. PLA also works for testing, but we don't recommend it for the clamp under long-term tension.

🔧 Assembly

No tools required. All fasteners are printed. Tighten the printed knobs by hand — they're sized for a firm grip without overtightening.

Comment & Rating (0)

(0/1000)