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Heat-Reactive Fuzzy Slides - Multi Material

IP Report

Print Profile(1)

All
A1
H2D Pro
P2S
H2S
H2D
H2C
X2D
A2L

0.2mm layer, 3 walls, 13% infill
0.2mm layer, 3 walls, 13% infill
Designer
78.7 h
2 plates
4.9(7)

Open in Bambu Studio
Boost
430
1165
57
15
877
88
Released 

Bill of Materials

Bambu Filaments
Select all
Yellow (51400) / Filament with spool / 1 kg
Blue (51600) / Filament with spool / 1 kg
Red (51200) / Filament with spool / 1 kg
Neon Green (53500) / Filament with spool / 1 kg

Description

   

 

👟 FUZZY MULTI-MATERIAL 3D PRINTED SLIPPERS

🔥 Premium design • 100% custom Blender model • Ready to print

This is not an average 3D printed slipper 👀
This is a fully custom-designed model, created entirely in Blender, where every curve, surface, and texture is intentionally crafted and optimized specifically for 3D printing 🧠✨

The eye-catching fuzzy surface is NOT a slicer trick:
👉 the pattern is built directly into the model geometry, ensuring a consistent, premium, and highly distinctive look on every single print 😍

🧵 KEY FEATURES

🧠 100% custom design – made in Blender
→ Not generated, not remixed
→ Fully hand-built and optimized for high-quality 3D printing

Multi-material design
→ Optimized for multi-color / multi-material printing
→ Delivers a true WOW effect after printing 🎨🔥

🧶 True fuzzy surface
→ Geometry-based texture, not slicer-generated
→ If you don’t want to modify anything: READY TO PRINT

⏱️ ~30 hours / slipper
→ This is not a mistake — it’s quality 💎
→ Solid, durable, premium-feel result

👞 Base size: EU 41.5
→ Other sizes require uniform scaling
→ Scale chart below 👇

🛠️ Fully prepared for printing
✔️ Supports already configured
✔️ Optimized orientation
✔️ Just scale → PRINT 🖨️

📏 SIZING & SCALE GUIDE (VERY IMPORTANT!)
⚠️ Important Scaling Instructions

When scaling the model, it is very important to select both slippers at the same time (left + right) and scale them together.

🔴 Do NOT scale the slippers individually!
If you select and scale only one side (left or right), the slicer will apply a different percentage, which will break the proportions and result in an incorrect fit.

Correct way to scale:

  • Select both slippers together (left + right)
  • Scaling will start from a true 100% base
  • Now you can safely adjust the percentage (e.g. 102%, 105%, etc.)
  • The proportions stay correct, and the slippers will fit properly

This step is essential to achieve a comfortable, accurate, and wearable fit when adjusting the model to your own foot size.
 

The model is designed for EU size 41.5,
➡️ this equals 100% scale.

For other sizes, use uniform (XYZ) scaling in your slicer.
The model is not parametric, so only the scale percentage needs to be changed — all other print settings are already prepared.

🧮 How to choose the correct size

1️⃣ Measure your foot length from heel to toe (in mm)
2️⃣ Find the corresponding scale % in the sizing chart
3️⃣ Set the scale in your slicer → PRINT 🖨️

💡 Comfort tip:

  • For slippers, adding +5–8 mm allowance often improves comfort
  • If you’re between two sizes: round up

📐 Quick formula (manual calculation)

Scale % = (Target foot length / 260 mm) × 100

📌 260 mm = EU 41.5 (base model)

🧠 EXTRA USEFUL TIPS

✔️ Measure the internal sole length (heel–toe) directly in your slicer
✔️ Always use uniform (XYZ) scaling
❌ Do NOT scale only X or Y
✔️ Multi-material printing does not affect sizing accuracy

 

🚀 WHY THIS SLIPPER?

✔️ Fully custom Blender-designed model
✔️ Not a generic or mass-produced design
✔️ Striking fuzzy surface with real geometry
✔️ Multi-material showcase piece
✔️ Guaranteed “You printed this?!” reactions 🤯🔥

 

If you like the model, leave a ❤️
If you print it, I’d love to see the result 📸
Happy printing! 🖨️✨

🌡️ IMPORTANT – FILAMENT NOTICE

The showcased color effect is achieved using a temperature-responsive eSUN filament that changes color with heat 🔥🎨
This effect cannot be reproduced with standard filaments.

➡️ To achieve the same visual result, this specific eSUN heat-sensitive filament must be purchased separately.
Regular PLA / PETG / TPU filaments will NOT produce this color-changing effect.

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License

This user content is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.