This is a calibration cube based on Kostka3D's logo. The dimensions of the cube are 20 mm x 20 mm x 20 mm. The indentations are 1 mm deep. On the opposite side of each wall are small letters indicating X, Y, Z axes.

---

**Recommended print settings**

- layer height: 0.2 mm
- infill: 5% grid
- perimeters: 2
- solid layers: 5
- seam position: aligned

It should be printed as it is without resizing. 

---

**Interpreting results**

The width of each side of the cube should be equal. Each of the XYZ letters should be readable and clear.

Check it for any imperfections or deviations from the original.

Calibration Cube

This is a calibration cube based on my logo. The dimensions of the cube are 20 mm x 20 mm x 20 mm. The indentations are 1 mm deep. On the opposite side of each wall are small letters indicating X, Y, Z axes.

This is a bunch of magical crystals on a stand, designed for glow-in-the-dark filament.

---
 
**Recommended print settings**

- layer height: 0.2 mm
- infill: 10% honeycomb
- perimeters: 4
- solid layers: 5
- seam position: aligned

Print the stand with a different color for a better effect.

---

**Credits**
This is a remix of [Crystals by Igotron](https://www.thingiverse.com/thing:1923266).

Magical Crystals

This is a bunch of magical crystals on a stand, designed for glow-in-the-dark filament.

This is a Bat-Symbol from the first Batman movies.

Originally, it was designed to be printed with glow-in-the-dark filament. It gives a nice, movie-like effect, which looks like a sign from Bat-Signal seen in movies.

Bat-Symbol

Bat-Symbol.3mf

This is a puzzle game called Soma Cube invented by Piet Hein in 1933. It consists of seven different polycubes. All pieces made out of unit cubes must be assembled into a 3×3×3 cube. In case of problems, take a look at a completed cube, which is available for view in a separate file.

**Recommended print settings**

- layer height: 0.2 mm
- infill: 10% grid
- perimeters: 3
- solid layers: 5
- seam position: aligned
- supports: no

Soma Cube

Soma Cube.step

This is a pack of Rubik's Cube stands, which fit standard 56 mm Rubik's Cubes. This package includes 4 variants, based on triangles. Stands are designed to be printed in vase mode.


**Recommended print settings**

- vase mode: yes
- extrusion width: 0.8 mm
- bottom solid layers height: 0.8 mm

The stands can be printed with or without bottom layers.

Rubik's Cube Stands

Rubik's Cube Stand - Rotated Tripoded.stl

Rubik's Cube Stand - Rotated Tetrahed.stl

Rubik's Cube Stand - Tetrahed.stl

Rubik's Cube Stand - Tripoded.stl

This case fits HRD-B3X module with 4000 mAh battery.
The dimensions of the case are 67 mm x 100 mm x 22 mm. It consists of two parts (a base and a lid) and is designed to be glued together. It is fully covered with two cutouts for charging cable and microUSB port.

**Recommended print settings**
- layer height: 0.2 mm
- perimeters: 2
- solid layers: 5
- infill: 20% grid
- supports: no

**Assembly instructions**
1. Insert battery.
2. Insert HRD-B3X board. Place microUSB input into rectangular hole.
3. Pass the charging cable through the round hole. Connect it to the board.
4. Put the lid on. The lid should be glued to the case.

I additionally used hot glue inside to keep everything together.

Powerbank HRD-B3X Case

Powerbank HRD-B3X Case - Base.stl

Powerbank HRD-B3X Case - Full.step

Powerbank HRD-B3X Case - Lid.stl

This is just an ordinary egg. The dimensions of the egg are 43 mm x 43 mm x 55 mm, which corresponds to a standard chicken egg. Works well as an Easter decoration or nest training egg.
Recommended print settings

    fill density: 10%
    brim: yes
    perimeters: 3
    supports: yes

Brim is recommended for first layers.

Egg.3mf

This is a Super Bowl, which is designed to be printed in vase mode. Thanks to its wavy-spiral structure, it is very rigid and durable.

---

**Recommended print settings**

- vase mode: on
- extrusion width: 1 mm
- layer height: 0.2 mm
- solid bottom layers: 5

This model prints nicely with Fuzzy skin feature on it. It adds additional strength and hardiness to the walls of the bowl.


**Recommended fuzzy skin settings**

- type: outer perimeters
- thickness: 0.6 mm
- point distance: 0.3 mm

Super Bowl

This is a Super Bowl, which is designed to be printed in vase mode. Thanks to its wavy-spiral structure, the bowl is very rigid and durable.

The diameter of the bowl is 150 mm and the height is 75 mm. 

**Recommended print instructions:**

- vase mode: on,
- layer width: 1 mm,
- layer height: 0.2 mm,
- solid bottom layers: 5.

Works very well with PETG and PLA.

This model prints nicely with **fuzzy skin** feature on it. It adds additional strength and hardiness to the walls of the bowl.

**Recommended fuzzy skin settings:**

- type: outer perimeters,
- thickness: 0.6 mm,
- point distance: 0.3 mm.

Super Bowl.stl

This is a case for Raspberry Pi 3 Model A+ and Raspberry Pi 1 Model A+.

The dimensions of the case are 72 mm x 60 mm x 20 mm. It consists of two parts (a base and a lid) and has been designed to be fully covered with only cutouts for ports. It's easy to print and assemble. It doesn't require any additional screws or joints.

**Recommended print settings**

- layer height: 0.2 mm
- perimeters: 2
- solid layers: 5
- infill: 20% grid
- supports: no

**Assembly instructions**

1. Insert microSD card into Raspberry Pi.
1. Insert Raspberry Pi into the base. Side with HDMI, microUSB and mini Jack ports should be inserted first.
1. Assembly lid. A little connector should be inserted in the place where the USB port is located.

The lid should fit quite tight, but it should also disassemble from the base without using too much force.

Raspberry Pi 3A+ Case

Raspberry Pi 3A+ Case - Lid.stl

Raspberry Pi 3A+ Case - Base.stl

Raspberry Pi 3A+ Case - Full.step

This is a button in the shape of a piece of cheese. It is designed for color change on last layers.

**Recommended print settings**

- layer height: 0.2 mm
- fill density: 100%
- seam position: rear

Color change should be applied on last layers.

Cheese Button

Cheese Button.3mf

This is an easy-to-print universal stand that works great as a stand for a smartphones, tablets, books or pictures.

It is designed to be printed in vase mode to reduce printing time. Typically, printing time should be around half an hour (for default size).

**Recommended print settings**

- vase mode: yes
- solid layers: 0
- extrusion width: 1 mm

Printing it with 1 mm extrusion width makes the stand more solid and stable.

It should be printed as it is - on the side.

Simple Stand

Simple Stand.stl

Join me as a **champion**, if you want to access all of my exclusive models and posts, and if you want to use my exclusive models **commercially**. This level also allows you to have a direct impact on what I create.

With your support, I can spend more time creating better and better works and continue to develop further.

Champion

Join me as a supporter, if you want to access all of my exclusive models and posts, or just want to show your appreciation.

I'll keep you updated with regular behind-the-scenes posts. This level also allows you to have a direct impact on what I create.

With your support, I can spend more time creating better and better works and continue to develop further. :)

Supporter

Hello fellow printer!

My name is Piotr, and I am 3D-printing since 2020. For some time, I have also been designing 3D models, which I share here. Feel free to grab and enjoy any of them!

If you like my works, and would like to see more of them, please consider supporting me through one of the available tiers. With your support, I can spend more time creating better and more models and continue to develop further. :)

For any questions or help, you can contact me directly here.

**Happy printing!**

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