ONE-FINGER TAPE MEASURE WINDER Parametric (608 BEARING required)

Tired of tangled measuring tapes?
This winder fixes it once and for all — and it does it ridiculously smoothly.

🎯 WHY YOU’LL LOVE IT

• 🌀 One-finger rewind
  Thanks to the 608 bearing, it spins with almost zero resistance.

• 🧠 Smart flexible grip
  The compliant “ears” automatically adapt to your tape end.
  👉 No glue. No screws. It just works.

• ⚙ Perfect press-fit bearing
  Engineered relief slots compensate for print tolerances → always a snug fit.

• 📦 Minimalist & compact
  Small footprint, lightweight, no unnecessary parts.

• 🧵 Designed for real use
  Not a gimmick — a tool you’ll actually use every day.

🛠 PARAMETRIC (FREECAD)

Don’t settle for “close enough” — dial it in perfectly 👇

Open the tape_winder.FCStd file:
👉 <<< DIMENSIONS >>>

You can adjust:

• tape_length → automatically scales spool diameter

• tape_width → adjusts internal height for your's tape width

• case_wall_thick → controls case stiffness

or, upon request, I can prepare an STL for the tape dimensions you specify.

✅ Included Files:

• predefined different sizes of Tape Measure Winder

• tape_winder_2m_L_20mm_Wide.3mf - 3mf file from PrusaSlicer with predefined settings

• tape_winder.FCStd - parametric FreeCad project  

• tape_winder_01_0.4n_0.2mm_PETG_MK4S_1h17m.bgcode - gcode for MK4S 0.4 nozzle, PETG

⚙ MY PRINT SETTINGS

• Material: PETG

• Layer height: 0.20 mm

• Perimeters: 2

• Supports: it's reccomended to use it to WINDER under the finger spot, but not essensial

• Infill: 60% honeycomb 3D

📦 HARDWARE you will need to assemble

• 1x 608 Bearing (8×22×7 mm) ⚙
  👉 standard skateboard / rollerblade bearing

🔧 ASSEMBLY (30 seconds)

1. Press the bearing into the BASE part

2. Slide the tape end into the flexible “ears”

3. Snap WINDER onto the BASE

4. Spin… and enjoy 😄

🚀 WHY THIS DESIGN IS DIFFERENT

Most tape winders:

• ❌ high friction

• ❌ awkward tape attachment

• ❌ bulky

This one:

• ✔ spins like a fidget toy

• ✔ grips the tape automatically

• ✔ is optimized for 3D printing

💬 FEEDBACK

If you like it:

• ⭐ leave a like

• 📥 post a make

Happy printing 🚀