This design is the result of a collaboration with Collecticraft, a visionary designer who seamlessly blends art and functionality through 3D printing. His mission? To breathe new life into classical art by transforming it into something both beautiful and practical, all while keeping a sharp focus on print-friendly design.

**Design 👩🎨**
This 3D artwork adds a fantastic design touch to your living room or lounge. The model, measuring 90x30cm, is made up of 300 individually printable pyramids and can be presented as a single frame (90x30cm) or divided into 3 frames of 30x30cm each. Take advantage of the light points in the room where you will hang the frame, you will have a beautiful final effect.

**Print suggestions & Assembly guide 🖼️**
Printing is very easy, supports are not required. I suggest you clean the plate well to avoid adhesion problems. You can scale the model without any issue.
 

The artwork is composed of 300 pyramids, which are divided into 3 groups of 100 pieces each. Each group is numbered from 0 to 99. You can use this grid to help place the pieces in the correct order: the grid is seen from the observer's point of view from above.

You can assemble the pieces on a wooden frame or other materials. To glue the pieces you can use a drop of silicone, you really need very little.



3D Wall Sculpture, White Line

3D_WallArt All.stl

I designed a new 3D Sculpture made up of 100 pyramids, which resembles the shape of a twister (or cyclone) 🌀. This time too, each pyramid is unique, is numbered on the bottom face from 0 to 99 and has a different shape that follows a mathematical formula in space.

**How to glue pyramids to the frame? 🌀**
Some of you asked me how to glue the pyramids onto the frame. I opted for a drop of silicone (very little is needed).

**Print & Installation suggestions 🌀**
Printing is very easy, I suggest you clean the plate well to avoid adhesion problems. You can scale the model without any problems. For the final composition I suggest you use a frame (check my frame). Take advantage of the light points in the room where you will hang the frame, you will have a beautiful final effect.

3D Wall Sculpture, Twister

twister_20x20A1Mini.3mf

 I designed a new 3D Sculpture made up of 100 pyramids, which resembles the shape of a green valley 🌲. This time too, each pyramid is unique, is numbered on the bottom face from 0 to 99 and has a different shape that follows a mathematical formula in space. ⛰️

**How to glue pyramids to the frame? 🌲**
Some of you asked me how to glue the pyramids onto the frame. I opted for a drop of silicone (very little is needed).

**Print & Installation suggestions 🌲**
Printing is very easy, I suggest you clean the plate well to avoid adhesion problems. You can scale the model without any problems. For the final composition I suggest you use a frame (check my frame). Take advantage of the light points in the room where you will hang the frame, you will have a beautiful final effect.

Color used:

Bambulab PLA Basic Bambulab Green 🌲
Bambulab PLA Basic Mistletoe Green 🌲
Bambulab PLA Tough Pine Green 🌲
Bambulab PLA Matte Dark Green

**Mathematical Background 🌲**
To create the "valley" effect I thought of some symmetrical geometric formulas. I started with 100 pyramids, all the same. Then I moved the 100 vertices in 3 dimensions (x, y, and z) following this formula:

∆x = 10*abs(x), abs means absolute value
∆y = 10*abs(y)
∆z = 5+(abs(x-5)^2 + (y-5)^2)

 3D Wall Sculpture, The Valley

the valley_30x30.3mf

I designed a new 3D Sculpture made up of 100 pyramids, which resembles the shape of a live fire 🔥. This time too, each pyramid is unique, is numbered on the bottom face from 0 to 99 and has a different shape that follows a mathematical formula in space.

**How to glue pyramids to the frame?**
Some of you asked me how to glue the pyramids onto the frame. I opted for a drop of silicone (very little is needed).

**Print & Installation suggestions 🔥**
Printing is very easy, I suggest you clean the plate well to avoid adhesion problems. You can scale the model without any problems. For the final composition I suggest you use a frame (check my frame). Take advantage of the light points in the room where you will hang the frame, you will have a beautiful final effect.
 
Color used:

Bambulab PLA Matte Scarlet Red
Bambulab PLA Basic Yellow
Sunlu PLA Basic Orange

**Mathematical Background 🔥**
To create the "fire" effect I thought of some symmetrical geometric formulas. I started with 100 pyramids, all the same. Then I moved the 100 vertices in 3 dimensions (x, y, and z) following this formula:

∆x = 2x*sign(x-5)+random(0;15)
∆y = 2y*sign(y-5)+random(0;15)
∆z = gaussian(height=40;sigma=2)

As you can see I used random values to simulate the flames. For the height (z) I used a Gaussian function in the center of the 10x10 grid.

3D Wall Sculpture, Burning Flames

VULCANO_30x30_A1Mini.3mf

I designed a new 3D Sculpture made up of 100 pyramids, which resembles the shape of water when it falls into a drop 💧. This time too, each pyramid is unique, is numbered on the bottom face from 0 to 99 and has a different shape that follows a mathematical formula in space.

**How to glue pyramids to the frame?**
Some of you asked me how to glue the pyramids onto the frame. I opted for a drop of silicone (very little is needed).

**Print & Installation suggestions**
Printing is very easy, I suggest you clean the plate well to avoid adhesion problems. You can scale the model without any problems. For the final composition I suggest you use a frame (check this frame). Take advantage of the light points in the room where you will hang the frame, you will have a beautiful final effect.

Color used:

Bambulab PLA Basic Jade White
Bambulab PLA Matte Ice Blue
Sunlu PLA Meta Blue
Bambulab PLA Matte Marine Blue
Bambulab PLA Matte Dark Blue
Mathematical Background
To create the "drop in water" effect I thought of some symmetrical geometric formulas. I started with 100 pyramids, all the same. Then I moved the 100 vertices in 3 dimensions (x, y, and z) following this formula:

∆x = abs(x-5); abs means absolute value and is symmetrical about the center
∆y = abs(x-5); abs means absolute value and is symmetrical about the center
∆z = (x-5/10)^4+(y-5/10)^4; power an even number is symmetrical
As you can see I always subtract by 5 (the pyramids are on a 10x10 grid) because I wanted to have the centre of symmetry in the middle.




3D Wall Sculpture, Blue Drop

BlueDrop_30x30.3mf

 I designed this wall with 100 pyramids. Each pyramid is unique, is numbered on the bottom face from 0 to 99 and has a different shape that follows a quadratic mathematical formula in space.

**Mathematical Background**
I wanted to create a "fluid" composition, futuristic, but also elegant. I started with 100 pyramids, all the same. Then I moved the 100 vertices in 3 dimensions (x, y, and z) following this formula:

∆x = 2x; ∆y = 2y
∆z = (x/4.7)^5+(y/4.7)^5

**Print & Installation suggestions**
Printing is very easy, I suggest you clean the plate well to avoid adhesion problems. You can scale the model without any problems. For the final composition I suggest you use a frame (I modeled this frame, feel free to use a wooden frame). Take advantage of the light points in the room where you will hang the frame, you will have a beautiful final effect.

3D Wall Sculpture Collection

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Models in this collection

3D Wall Sculpture, White Line

3D Wall Sculpture, Twister

3D Wall Sculpture, The Valley

3D Wall Sculpture, Burning Flames

3D Wall Sculpture, Blue Drop

3D Wall Sculpture