Don't let your jewelry lie around unorganized. These 3D printed jewelry boxes, stands, and holders will keep it looking tidy and beautiful!

3D Printed Jewelry Boxes & Holders: 10 Models to 3D Print | All3DP

<html><head></head><body><h3 class="thing-component-header summary summary">Summary</h3>
<div>Dise&#xF1;o creado a partir del modelo &quot;Liebherr fridge door handle replacement&quot; de Kinou60, ID: 3616578
Tirador fijo para puerta de frigor&#xED;fico Liebherr, que sustituye al tirador original con partes m&#xF3;viles. Se fija con los mismos tornillos del tirador original.
Son 2 piezas ligeramente diferentes, inferior y superior, para situar en lado izquierdo de puerta vista de frente (puerta con bisagras en lado derecho). En caso contrario, imprimir piezas sim&#xE9;tricas. 
Entre estas piezas, colocar un tubo de PVC de 20mm de di&#xE1;metro y longitud id&#xE9;ntica a la distancia entre tornillos de fijaci&#xF3;n a puerta (245mm en mi caso), o imprimir un tubo de esas dimensiones. El tubo apoya en la pieza inferior, teniendo algo de holgura en pieza superior para facilitar el montaje.</div>
<h3 class="thing-component-header settings print-settings">Print Settings</h3>
Printer: 
 <div>Artillery Genius</div>
 
 Rafts: 
 <div>No</div>
 
 Supports: 
 <div>No</div>
 
 Resolution: 
 <div>0.25</div>
 
 Infill: 
 <div>25%</div>
 
 Filament: 
 <a href="http://www.amazon.com/s?url=search-alias&amp;field-keywords=Smartfil+PLA&amp;tag=tv-auto-20" target="_blank">
 Smartfil PLA </a>

 Blanco
</body></html>

Liebherr - Tirador Fijo Frigorífico

Diseño creado a partir del modelo "Liebherr fridge door handle replacement" de Kinou60, ID: 3616578





Tirador fijo para puerta de frigorífico Liebherr, que sustituye al tirador original con partes móviles. Se fija con los mismos tornillos del tirador original.

Son 2 piezas ligeramente diferentes, inferior y superior, para situar en lado izquierdo de puerta vista de frente (puerta con bisagras en lado derecho). En caso contrario, imprimir piezas simétricas.  

Entre estas piezas, colocar un tubo de PVC de 20mm de diámetro y longitud idéntica a la distancia entre tornillos de fijación a puerta (245mm en mi caso), o imprimir un tubo de esas dimensiones. El tubo apoya en la pieza inferior, teniendo algo de holgura en pieza superior para facilitar el montaje.

<html><head></head><body><div class="short-text text-auto-link ">
 This is the QSN (Quasicrystalline Spin Network.)
First and foremost, Please watch the video attached so you have most of the information you need to print this. :
<iframe src="https://www.youtube.com/embed/AHH-6EqQCB4" width="560" height="315" frameborder="0" allowfullscreen="allowfullscreen"></iframe> <iframe src="https://www.youtube.com/embed/0P8dOWKQtLE" width="560" height="315" frameborder="0" allowfullscreen="allowfullscreen"></iframe>
Second, This is my challenge to the 3D printing community, Can you Print it?
I spent over 3 months trying to get this to print extremely well. It took all kinds tweaks and Tests, BUT the very first one I tried WORKED! So i know you can do it too. after you get one printed, its all tweaking from there! How much better can you make it? I have about 30 of them Printed now. each with a new tweak!
My coworker Ray had this pulled up on his screen when I went into his office and I said, &quot;I think I can print that&quot;... and 3 months later here we are!
I spent way to much time trying to tune my built from scratch Restock delta to make perfect prints of the QSN. I eventually achieved this goal. Now I can print some really amazing prints of the QSN.
This is no easy print, however, I really would LOVE feed back from others who try to print one. I&apos;m interested in seeing your method of printing this. Things such as:
How did you generate support? What printer you are using? What filaments did you try? What slicers did you get to work? Were you able to generate a solid? Anything else you think would be helpful to share!
I have had almost No luck making this a solid. It&apos;s currently &quot;stick and balls&quot;. You will need to make sure your slicer can handle that. I did get Meshmixer to make it a water tight solid, but it has to many triangles. Its almost overloaded for most average computers. You need a lot of ram. So if you try this, use the stick and balls version, and make sure your slicer can handle it.
If you have any luck making this a solid please let me know.
Something I did not mention in the video was that I did try to build custom supports in Meshmixer as well as PreForm, but it was not achievable. Please give it a go and let me know if you get custom supports to work.
Challenge excepted ? :)
I&apos;m not giving out my slicer settings just yet, because I&apos;m interested in how you get it to work best! Later I will publish my Slicer settings that I have. However, in reality each system will be different any how and require your own settings...
You can find more of my 3D printing research here: <a href="http://rwgresearch.com/open-projects/3d-printing-research/" rel="nofollow">http://rwgresearch.com/open-projects/3d-printing-research/</a>
Much Love &amp; God Bless,
~Russ Gries
My YouTube(s)... Main Content: <a href="https://www.youtube.com/user/rwg42985" rel="nofollow">https://www.youtube.com/user/rwg42985</a>
Live 3D printing &amp; Stuff... <a href="https://www.youtube.com/channel/UC0JRhK5DUp4Mr_WgNBnV57A" rel="nofollow">https://www.youtube.com/channel/UC0JRhK5DUp4Mr_WgNBnV57A</a>
Time laps: <a href="https://www.youtube.com/watch?v=0P8dOWKQtLE" rel="nofollow">https://www.youtube.com/watch?v=0P8dOWKQtLE</a>
										</div>
										
 								</body></html>

QSN - 3D Printer Torture Test Art (Quasicrystalline Spin Network)

 This is the QSN (Quasicrystalline Spin Network.) First and foremost, Please watch the video attached so you have most of the information you need to print this. : Second, This is my challenge to the 3D printing community, Can you Print it? I spent over 3 months trying to get this to print extremely well. It took all kinds tweaks and Tests, BUT the very first one I tried WORKED! So i know you can do it too. after you get one printed, its all tweaking from there! How much better can you make it? I have about 30 of them Printed now. each with a new tweak! My coworker Ray had this pulled up on his screen when I went into his office and I said, "I think I can print that"... and 3 months later here we are! I spent way to much time trying to tune my built from scratch Restock delta to make perfect prints of the QSN. I eventually achieved this goal. Now I can print some really amazing prints of the QSN. This is no easy print, however, I really would LOVE feed back from others who try to print one. I'm interested in seeing your method of printing this. Things such as: How did you generate support?What printer you are using?What filaments did you try?What slicers did you get to work?Were you able to generate a solid?Anything else you think would be helpful to share! I have had almost No luck making this a solid. It's currently "stick and balls". You will need to make sure your slicer can handle that. I did get Meshmixer to make it a water tight solid, but it has to many triangles. Its almost overloaded for most average computers. You need a lot of ram.So if you try this, use the stick and balls version, and make sure your slicer can handle it. If you have any luck making this a solid please let me know. Something I did not mention in the video was that I did try to build custom supports in Meshmixer as well as PreForm, but it was not achievable. Please give it a go and let me know if you get custom supports to work. Challenge excepted ? :) I'm not giving out my slicer settings just yet, because I'm interested in how you get it to work best! Later I will publish my Slicer settings that I have. However, in reality each system will be different any how and require your own settings... You can find more of my 3D printing research here:http://rwgresearch.com/open-projects/3d-printing-research/ Much Love & God Bless, ~Russ Gries My YouTube(s)...Main Content:https://www.youtube.com/user/rwg42985 Live 3D printing & Stuff...https://www.youtube.com/channel/UC0JRhK5DUp4Mr_WgNBnV57A Time laps:https://www.youtube.com/watch?v=0P8dOWKQtLE 

Liegende Figur 
gel10-17 
&#xA0;
<div>ca 11 cm (ver&#xE4;nderbar) 
Serie Gela</div>

<div>Eigenentwurf 
Vorlage mit: Makehuman / Scanect / DAZ / Meshmixer / Photoshop 
&#xA0;&#xA0; 
Printer: &#xA0;&#xA0;Ender 3 / CTC /&#xA0;UP!Mini 
Rafts:&#xA0;&#xA0;&#xA0;Yes 
Supports:&#xA0;&#xA0;Yes 
Resolution:&#xA0;&#xA0;0.1mm 
Infill:&#xA0;&#xA0;&#xA0;25% 
Filament_brand:&#xA0;&#xA0;freie Wahl 
Filament_color:&#xA0;&#xA0;freie Wahl 
Filament_material:&#xA0;freie Wahl</div>

<div>approx. 11 cm (changeable) 
Gela series</div>

<div>Own design 
Template with: Makehuman / Scanect / DAZ / Meshmixer / Photoshop</div>

<div>Printer: Ender 3 / CTC / UP! Mini 
Rafts: Yes 
Supports: Yes 
Resolution: 0.1mm 
Infill: 25% 
Filament_brand: free choice 
Filament_color: free choice 
Filament_material: free choice</div>

Liegende Figur gel10-17

Liegende Figur
gel10-17
 
ca 11 cm (veränderbar)
Serie Gela

Eigenentwurf
Vorlage mit: Makehuman / Scanect / DAZ / Meshmixer / Photoshop
  
Printer:   Ender 3 / CTC / UP!Mini
Rafts:   Yes
Supports:  Yes
Resolution:  0.1mm
Infill:   25%
Filament_brand:  freie Wahl
Filament_color:  freie Wahl
Filament_material: freie Wahl

approx. 11 cm (changeable)
Gela series

Own design
Template with: Makehuman / Scanect / DAZ / Meshmixer / Photoshop

Printer: Ender 3 / CTC / UP! Mini
Rafts: Yes
Supports: Yes
Resolution: 0.1mm
Infill: 25%
Filament_brand: free choice
Filament_color: free choice
Filament_material: free choice


Model of&#xA0;Cap of Lieutenant von Eschwege textured and ready for 3dprinting.&#xA0; 
 
Leutnant Rudolf von Eschwege was a German World War I flying ace who was the German Empire&apos;s only fighter pilot operating on the Macedonian Front. He was credited with twenty confirmed and six unconfirmed victories. 
 
3D scanned with Artec Spider <a href="http://www.artec3d.com/" target="_blank">http://www.artec3d.com/</a> 
 
&#xA0;This object is a cultural heritageexhibited in the National Museum of Military History. The museum will receive a royalty from each sale of this model. 3D printing of this item must comply with the applicable legislation and must be with size different with at least 10% from the original and additional details should be added.

Cap of Lieutenant von Eschwege

Model of Cap of Lieutenant von Eschwege textured and ready for 3dprinting. 

Leutnant Rudolf von Eschwege was a German World War I flying ace who was the German Empire's only fighter pilot operating on the Macedonian Front. He was credited with twenty confirmed and six unconfirmed victories.

3D scanned with Artec Spider http://www.artec3d.com/

 This object is a cultural heritageexhibited in the National Museum of Military History. The museum will receive a royalty from each sale of this model. 3D printing of this item must comply with the applicable legislation and must be with size different with at least 10% from the original and additional details should be added.

Model of&#xA0;Uniform of Lieutenant von Eschwege textured and ready for 3dprinting.&#xA0; 
 
Leutnant Rudolf von Eschwege was a German World War I flying ace who was the German Empire&apos;s only fighter pilot operating on the Macedonian Front. He was credited with twenty confirmed and six unconfirmed victories. 
 
3D scanned with Artec Spider <a href="http://www.artec3d.com/" target="_blank">http://www.artec3d.com/</a> 
 
&#xA0;This object is a cultural heritageexhibited in the National Museum of Military History. The museum will receive a royalty from each sale of this model. 3D printing of this item must comply with the applicable legislation and must be with size different with at least 10% from the original and additional details should be added.

Uniform Lieutenant von Eschwege

Model of Uniform of Lieutenant von Eschwege textured and ready for 3dprinting. 

Leutnant Rudolf von Eschwege was a German World War I flying ace who was the German Empire's only fighter pilot operating on the Macedonian Front. He was credited with twenty confirmed and six unconfirmed victories.

3D scanned with Artec Spider http://www.artec3d.com/

 This object is a cultural heritageexhibited in the National Museum of Military History. The museum will receive a royalty from each sale of this model. 3D printing of this item must comply with the applicable legislation and must be with size different with at least 10% from the original and additional details should be added.

Sword knot of Lieutenant General Todor Kantardzhiev ready for 3D printing. 
 
3D scanned with Artec Spider <a href="http://www.artec3d.com/" target="_blank">http://www.artec3d.com/</a> 
 
&#xA0;This object is a cultural heritageexhibited in the National Museum of Military History. The museum will receive a royalty from each sale of this model. 3D printing of this item must comply with the applicable legislation and must be with size different with at least 10% from the original and additional details should be added. 
&#xA0;

Sword knot of Lieutenant General Todor Kantardzhiev

Sword knot of Lieutenant General Todor Kantardzhiev ready for 3D printing.

3D scanned with Artec Spider http://www.artec3d.com/

 This object is a cultural heritageexhibited in the National Museum of Military History. The museum will receive a royalty from each sale of this model. 3D printing of this item must comply with the applicable legislation and must be with size different with at least 10% from the original and additional details should be added.
 

Model of&#xA0;Knife of Lieutenant General Todor Kantardzhiev from&#xA0;World War I textured and ready for 3D printing. 
 
 
3D scanned with Artec Spider <a href="http://www.artec3d.com/" target="_blank">http://www.artec3d.com/</a> 
 
&#xA0;This object is a cultural heritageexhibited in the National Museum of Military History. The museum will receive a royalty from each sale of this model. 3D printing of this item must comply with the applicable legislation and must be with size different with at least 10% from the original and additional details should be added. 
&#xA0;

Knife of Lieutenant General Todor Kantardzhiev

Model of Knife of Lieutenant General Todor Kantardzhiev from World War I textured and ready for 3D printing.


3D scanned with Artec Spider http://www.artec3d.com/

 This object is a cultural heritageexhibited in the National Museum of Military History. The museum will receive a royalty from each sale of this model. 3D printing of this item must comply with the applicable legislation and must be with size different with at least 10% from the original and additional details should be added.
 

Liegende Figur 
gel10-20&#xA0; 
ca 11 cm (ver&#xE4;nderbar) 
Serie Gela 
Eigenentwurf 
Modell: links und rechts 
Vorlage mit: Makehuman / Scanect / DAZ / Meshmixer / Photoshop 
&#xA0; 
Printer:&#xA0;&#xA0; Ender 3 / CTC / UP!Mini 
Rafts:&#xA0;&#xA0; Yes 
Supports:&#xA0; Yes 
Resolution:&#xA0; 0.1mm 
Infill:&#xA0;&#xA0; 25% 
Filament_brand:&#xA0; freie Wahl 
Filament_color:&#xA0; freie Wahl 
Filament_material: freie Wahl 
&#xA0;
<div class="result-shield-container tlid-copy-target" tabindex="0">Lying figure 
gel10-20 
approx. 11 cm (changeable) 
Gela series 
Own design 
Model: left and right 
Template with: Makehuman / Scanect / DAZ / Meshmixer / Photoshop 
 
Printer: Ender 3 / CTC / UP! Mini 
Rafts: Yes 
Supports: Yes 
Resolution: 0.1mm 
Infill: 25% 
Filament_brand: free choice 
Filament_color: free choice 
Filament_material: free choice</div>

Liegende Figur gel10-20

Liegende Figur
gel10-20 
ca 11 cm (veränderbar)
Serie Gela
Eigenentwurf
Modell: links und rechts
Vorlage mit: Makehuman / Scanect / DAZ / Meshmixer / Photoshop
 
Printer:   Ender 3 / CTC / UP!Mini
Rafts:   Yes
Supports:  Yes
Resolution:  0.1mm
Infill:   25%
Filament_brand:  freie Wahl
Filament_color:  freie Wahl
Filament_material: freie Wahl
 
Lying figure
gel10-20
approx. 11 cm (changeable)
Gela series
Own design
Model: left and right
Template with: Makehuman / Scanect / DAZ / Meshmixer / Photoshop

Printer: Ender 3 / CTC / UP! Mini
Rafts: Yes
Supports: Yes
Resolution: 0.1mm
Infill: 25%
Filament_brand: free choice
Filament_color: free choice
Filament_material: free choice


Liegende Figur 
gel10-19 
&#xA0;
<div>ca 11 cm (ver&#xE4;nderbar) 
Serie Gela</div>

<div>Eigenentwurf 
Vorlage mit: Makehuman / Scanect / DAZ / Meshmixer / Photoshop 
&#xA0;&#xA0; 
Printer: &#xA0;&#xA0;Ender 3 / CTC /&#xA0;UP!Mini 
Rafts:&#xA0;&#xA0;&#xA0;Yes 
Supports:&#xA0;&#xA0;Yes 
Resolution:&#xA0;&#xA0;0.1mm 
Infill:&#xA0;&#xA0;&#xA0;25% 
Filament_brand:&#xA0;&#xA0;freie Wahl 
Filament_color:&#xA0;&#xA0;freie Wahl 
Filament_material:&#xA0;freie Wahl</div>

<div>approx. 11 cm (changeable) 
Gela series</div>

<div>Own design 
Template with: Makehuman / Scanect / DAZ / Meshmixer / Photoshop</div>

<div>Printer: Ender 3 / CTC / UP! Mini 
Rafts: Yes 
Supports: Yes 
Resolution: 0.1mm 
Infill: 25% 
Filament_brand: free choice 
Filament_color: free choice 
Filament_material: free choice</div>

Liegende Figur gel10-19

Liegende Figur
gel10-19
 
ca 11 cm (veränderbar)
Serie Gela

Eigenentwurf
Vorlage mit: Makehuman / Scanect / DAZ / Meshmixer / Photoshop
  
Printer:   Ender 3 / CTC / UP!Mini
Rafts:   Yes
Supports:  Yes
Resolution:  0.1mm
Infill:   25%
Filament_brand:  freie Wahl
Filament_color:  freie Wahl
Filament_material: freie Wahl

approx. 11 cm (changeable)
Gela series

Own design
Template with: Makehuman / Scanect / DAZ / Meshmixer / Photoshop

Printer: Ender 3 / CTC / UP! Mini
Rafts: Yes
Supports: Yes
Resolution: 0.1mm
Infill: 25%
Filament_brand: free choice
Filament_color: free choice
Filament_material: free choice


Liegende Figur 
gel10-10 
 
&#xA0;
<div>ca 11 cm (ver&#xE4;nderbar) 
Serie Gela</div>

<div>Eigenentwurf 
Vorlage mit: Makehuman / Scanect / DAZ / Meshmixer / Photoshop 
&#xA0;&#xA0; 
Printer: &#xA0;&#xA0;Ender 3 / CTC /&#xA0;UP!Mini 
Rafts:&#xA0;&#xA0;&#xA0;Yes 
Supports:&#xA0;&#xA0;Yes 
Resolution:&#xA0;&#xA0;0.1mm 
Infill:&#xA0;&#xA0;&#xA0;25% 
Filament_brand:&#xA0;&#xA0;freie Wahl 
Filament_color:&#xA0;&#xA0;freie Wahl 
Filament_material:&#xA0;freie Wahl</div>

<div>approx. 11 cm (changeable) 
Gela series</div>

<div>Own design 
Template with: Makehuman / Scanect / DAZ / Meshmixer / Photoshop</div>

<div>Printer: Ender 3 / CTC / UP! Mini 
Rafts: Yes 
Supports: Yes 
Resolution: 0.1mm 
Infill: 25% 
Filament_brand: free choice 
Filament_color: free choice 
Filament_material: free choice</div>

Liegende Figur gel10-10

Liegende Figur
gel10-10

 
ca 11 cm (veränderbar)
Serie Gela

Eigenentwurf
Vorlage mit: Makehuman / Scanect / DAZ / Meshmixer / Photoshop
  
Printer:   Ender 3 / CTC / UP!Mini
Rafts:   Yes
Supports:  Yes
Resolution:  0.1mm
Infill:   25%
Filament_brand:  freie Wahl
Filament_color:  freie Wahl
Filament_material: freie Wahl

approx. 11 cm (changeable)
Gela series

Own design
Template with: Makehuman / Scanect / DAZ / Meshmixer / Photoshop

Printer: Ender 3 / CTC / UP! Mini
Rafts: Yes
Supports: Yes
Resolution: 0.1mm
Infill: 25%
Filament_brand: free choice
Filament_color: free choice
Filament_material: free choice


Thingscanner

Some articles you might like

3D Printed Jewelry Boxes & Holders: 10 Models to 3D Print | All3DP

Show Only

Looking for tag: lie