Alice Enters Rabbit Hole: Request, Last Attempt

Alice Enters Rabbit Hole: Request, Last Attempt.

Alice Falls

My last.  That is my last raw generated model.  I will try to enhance a couple of the models in the future, to give them more depth.  But, that will happen when "it happens". <🥹>

Note:  This upload hosts two models.  One is a convex rendering.  "Low-relief".  The other is a  concave rendering.  "Intaglio" or "Incuse" or even "Sunk relief".  There are some strange things our eyes do when looking at a "Sunk relief".  I tried to catch that with the motion video here.

That's it!  Hope you enjoyed my adventure.  ~Clyde

The attempts:

Alice Enters Rabbit Hole: Request, 1st Attempt

https://makerworld.com/en/models/2617400-alice-enters-rabbit-hole-request-1st-attempt

Alice Enters Rabbit Hole: Request, 2nd Attempt
https://makerworld.com/en/models/2617529-alice-enters-rabbit-hole-request-2nd-attempt

Alice Enters Rabbit Hole: Request, 3rd Attempt
https://makerworld.com/en/models/2617602-alice-enters-rabbit-hole-request-3rd-attempt

Alice Enters Rabbit Hole: Request, Last Attempt
https://makerworld.com/en/models/2618379-alice-enters-rabbit-hole-request-last-attempt

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⚠️ Print & Handling Notes

These models include fine, delicate details.
A strong filament is recommended — or anneal your set for additional strength (see below).

Bambu Studio Settings

Printer Settings

• Nozzle Diameter → 0.4 mm

• Compatible Material → PLA+

Filament Settings

• Nozzle Temperature (first layer) → 205 °C

• Nozzle Temperature (others) → 200 °C

• Bed Temperature (first layer) → 60 °C

• Bed Temperature (others) → 50–55 °C

• Cooling Fan:

◦ Layer 1–2 → OFF

◦ Layer 3+ → 100%

Quality

• Layer Height (Standard) → 0.20 mm

• Initial Layer Height → 0.20 mm

• Line Width → 0.45 mm

• Elephant Foot Compensation → 0.15 mm

Speed

• First Layer Speed → 20 mm/s

• Outer Wall Speed → 35 mm/s

• Inner Wall Speed → 50 mm/s

• Infill Speed → 50 mm/s

• Travel Speed → 120 mm/s

Acceleration / Jerk

• Default Acceleration → 1000 mm/s²

• Outer Wall Acceleration → 500 mm/s²

• First Layer Acceleration → 300 mm/s²

• Travel Acceleration → 2500 mm/s²

• Jerk (XY) → 8 mm/s

Strength / Infill

• Wall Loops → 3

• Top Layers → 4

• Bottom Layers → 4

• Infill Density → 20%

• Infill Pattern → Gyroid

• Sparse Infill Anchor Length → 5 mm (🔔 Note: increase to 10 mm if you see weak infill connections)

Skirt & Brim

• Skirt Loops → 3

• Skirt Distance → 2 mm

• Skirt Layers → 1

Retraction

• Retraction Distance → 4 mm

• Retraction Speed → 40 mm/s

• Z-Hop → 0.2 mm

• Wipe While Retracting → Enabled

• Retract on Layer Change → Disabled

• Minimum Travel Before Retraction → 1.0 mm

Supports

• Support Style → Tree

• Top Contact Z Distance → 0.25 mm (detachable, fixed)

• Support Density → 15%

• Support Interface Pattern → Grid

• XY Distance → 0.5 mm

• First Layer Support Gap → 0.3 mm

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♨️ ANNEALING — Hardening Your Chess Pieces

Annealing your PLA models can improve strength by 10 – 20 %.
If you plan to play with these sets regularly, annealing is highly recommended.

If your goal is display or occasional play, annealing is optional.
The appearance and finish remain unchanged.

🔗 More info: Annealing PLA Prints for Strength — Easy Ways (All3DP)

https://all3dp.com/2/annealing-pla-prints-for-strength-easy-ways/

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Please note: 

Because I’m retired and on a fixed income, I print these models at a smaller scale to save on filament. All of these models are printed at 70% - 80% of the model uploaded size. 

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Thank you!  Thank you!  To all of you who Boost my uploads.  Because of YOU I can get my filament now from “Maker's Supply”, saving me from using real money. 

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These creations are made purely for the joy of sculpting and sharing. Printing at a reduced scale can sometimes affect the quality of fine details; printing at full or larger sizes will yield smoother, more refined results.

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Also, as a 77-year-old maker with hands that sometimes have a mind of their own, I occasionally have to use a little hot-glue surgery to reattach delicate parts. Please handle models with care—especially thin necks, joints, and fragile connectors. Take a moment to study your model before removing supports… or you might find yourself reaching for the glue gun too! 🥲