Name: Dwarf warrior girl with big hammer
Brand: PollyGrimm
Availability: InStock

Yes, it’s the worlds largest 3D Delta printer. 12 meters high, it‘s capable of printing a whole house. Here’s the latest information.

Biggest 3D Delta Printer Ever: 12 Meters High, Prints Houses | All3DP

The collaboration of 3D Systems and Stryker allows surgeons access to 3D printing and medical imaging technologies to help develop patient-specific procedures.

3D Systems Partners With Stryker To Launch Virtual Surgical Planning Service | All3DP

Volkswagen Autoeuropa is using 3D printing to bring down costs and revolutionize its workflow. The plant now produces its own tools on-site.

Volkswagen Autoeuropa Makes Massive Savings Using 3D Printing | All3DP

A UFO sex cult is boycotting Shapeways over their refusal to 3D print objects for their "Swastika Rehabilitation Day".

﻿UFO Sex Cult Boycotts Shapeways Over Swastikas | All3DP

The power of 3D printing with powder could soon be brought to your desktop, with the help of a simple addon called Colorpod.

Colorpod Provides a Full Color 3D Printer Upgrade | All3DP

Is that thing real? It looks real. And dangerous. Maker David Wirth put together a fully functional handheld railgun in his workshop.

Handheld Railgun Created with Arduino and a 3D Printer | All3DP

The RZR MRK experiment is challenging applicants to redefine their razor handle to be exactly as they'd love it to be.

3DHubs offers Razor Competition for Makers | All3DP

Super Mario fan and Redditor Jason Kirk created a "pixelized" flower pot that resembles the warp pipe from Super Mario Bros. Plant ’n play?

Redditor 3D Prints Super Mario Flower Pot | All3DP

Students at Cyclone Racing used 3D printing for their entry to the Society of Automotive Engineers (SAE) International Formula car contest.

Cyclone Racing uses 3D Printing for Formula SAE Competition | All3DP

The McLaren Formula One team now uses a Stratasys uPrint SE Plus 3D printer on the track for last-minute adjustments.

Formula One Team McLaren Goes 3D | All3DP

Stratasys is partnering with Dassault Systèmes to supply Unlimited Tomorrow with 3D printing and CAD software dedicated to producing affordable, patient-specific prosthetic devices.  

Stratasys & Dassault Systèmes Partner to Develop Low-Cost 3D Printed Prosthetics | All3DP

Named after the gods of Greek Mythology, the new E3D Titan extruder is proof that that big things can come in small packages.

E3D Titan Review: A Super Light Extruder | All3DP

Lego Halo Master Chief Helmet & Armour

Luchador

This is a parametric design. I have exported boxes with different height from 10 to 90 mm in 10 mm increments.

I have attached the CAD file as well as the Python script which makes the STL export from Fusion 360 easier in case if you want to change on something.

Box factory

This is a parametric design. I have exported boxes with different height from 10 to 90 mm in 10 mm increments.

I have attached the CAD file as well as the Python script which makes the STL export from Fusion 360 easier in case if you want to change on something.


Golden Sword: Cave of Doom

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 If you&apos;d like to see more, watch this video: <a href="https://youtu.be/T2Ly_pLtiOQ" rel="nofollow">https://youtu.be/T2Ly_pLtiOQ</a>
<iframe src="https://www.youtube.com/embed/T2Ly_pLtiOQ" width="560" height="315" frameborder="0" allowfullscreen="allowfullscreen"></iframe>
This is a 3D printed Clank model from the video game and movie Ratchet &amp; Clank. At the scale given, it&apos;ll end up being about 6 inches tall. I created this model in Fusion 360 and printed it on my Robo 3D R1 printer using Hatchbox White PLA.
Post Processing: Step 1: Assemble and glue the pieces together using super glue. Step 2: Prime the model with plastic primer. Step 3: Paint the metallic finish on him, we used Krylon Hammered Metal spray paint through an airbrush. Step 4: Paint the details. We used water based acrylic paints with a paint brush to get the dark gray, green, and red areas painted.
Something to keep in mind while assembling is his position. Try to position his arms and legs so that he&apos;ll stand on his own and not fall over.
Print Settings: Layer Height: 0.3mm (0.1mm for arms) Infill: 20% Supports/Raft: None
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Clank Figure - Ratchet & Clank

 If you'd like to see more, watch this video: https://youtu.be/T2Ly_pLtiOQ This is a 3D printed Clank model from the video game and movie Ratchet & Clank. At the scale given, it'll end up being about 6 inches tall. I created this model in Fusion 360 and printed it on my Robo 3D R1 printer using Hatchbox White PLA. Post Processing: Step 1: Assemble and glue the pieces together using super glue. Step 2: Prime the model with plastic primer. Step 3: Paint the metallic finish on him, we used Krylon Hammered Metal spray paint through an airbrush. Step 4: Paint the details. We used water based acrylic paints with a paint brush to get the dark gray, green, and red areas painted. Something to keep in mind while assembling is his position. Try to position his arms and legs so that he'll stand on his own and not fall over. Print Settings: Layer Height: 0.3mm (0.1mm for arms) Infill: 20% Supports/Raft: None 

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 MPF - Meshcube Lamp / Netzw&#xFC;rfel Lampe
<a href="https://youtu.be/1CxZ0PVyVXw" target="_blank" rel="noopener noreferrer">YouTube </a>
The mesh lampshade is not a new idea. I&#x2019;ve seen some tutorials for different shapes and methods, but none of them were really practical for me. This build-project was the first test for my multi-purpose-frame (MPF). The design is really simple, it includes just two different parts which are used for the vertical (V) and horizontal (H) bars of the cubic frame (300 x 300 x 300 mm). The provided files contain 1 or 4 of the needed parts. The wave pattern at the outer edges serves as fix points for the cord. It&#x2019;s recommended hanging the frame rotatable as shown in the video, to have access to all sites. I put the cord in wood glue overnight and wrapped it around the cube 20-25 times. In retrospect, the frame extraction might be easier, if I had covered the plastic parts with some foil or tape. The shadow-pattern around the room require a dim illumination, for example a light string. At the Beginning I wanted to use just the cord cube as lampshade (invisible frame effect). During the project, my wife had the idea to print another frame with fluorescent PLA. This turned out to look much cooler, although the material only shines very weakly. It&apos;s not easy to capture this scene on video, but it&apos;s pretty visible to the human eye and on photos. The fluorescent PLA parts look a bit like glowing steel. The lamp is just an example for the usage of the MPF. I&apos;m thinking about building a printer enclosure in a future project.
If someone from the community has ideas for improvement, please write in the comments!
/
Der Netz Lampenschirm ist keine neue Idee. Ich habe einige Anleitungen f&#xFC;r verschiedene Formen und Methoden gesehen, aber ich fand keine davon wirklich praktisch. Dieses Bau-Projekt war der erste Test f&#xFC;r meinen Mulit-Purpose-Frame (MPF/Universalrahmen). Das Design ist sehr einfach, es besteht nur aus zwei verschiedenen Teilen, die als horizontale (H) und vertikale (V) Streben des W&#xFC;rfels dienen (300 x 300 x 300 mm). Die bereitgestellten Dateien enthalten jeweils 1 oder 4 der ben&#xF6;tigten Teile. Das Wellenmuster an den Au&#xDF;enkanten bietet der Schnur halt. Man sollte den Rahmen wie im Video gezeigt drehbar aufh&#xE4;ngen, um alle Seiten leicht zu erreichen. Ich habe die Schnur &#xFC;ber Nacht in Holzleim einlegen und den W&#xFC;rfel 20-25-mal umwickelt. Im Nachhinein w&#xE4;re der Rahmen Ausbau einfacher gewesen, wenn die Kunststoffteile mit Folie oder Klebeband abgedeckt w&#xE4;hren. Das Schattenmuster &#xFC;ber den gesamten Raum erfordert eine schwache Beleuchtung, wie eine Lichterkette. Urspr&#xFC;nglich wollte ich nur den Schnur W&#xFC;rfel als Lampenschirm verwenden (unsichtbarer-Rahmen-Effekt). Im Laufe des Projekts hatte meine Frau die Idee einen weiteren Rahmen aus fluoreszierenden PLA zu drucken. Dieses Design gef&#xE4;llt mir deutlich besser, obwohl das Material nur sehr schwach leuchtet. Es ist auch nicht einfach, diese Szene auf Video festzuhalten, aber f&#xFC;r das menschliche Auge und auf Fotos ist es ziemlich gut sichtbar. Die fluoreszierenden PLA-Teile sehen ein wenig aus wie gl&#xFC;hender Stahl. Die Lampe ist nur ein Beispiel f&#xFC;r die Verwendung des MPF. Ich denke momentan &#xFC;ber ein Druckergeh&#xE4;use, als zuk&#xFC;nftiges Projekt, nach.
Wenn jemand aus der Community Ideen f&#xFC;r Verbesserungen hat, bitte in die Kommentare schreiben!
Printparameter/Druckparameter Printer/Drucker: Anycubic Kossel Linear Plus Software: Cura Material: PLA - 1.75 mm Temp. Extruder PLA: 200 &#xB0;C Temp. Extruder fluorescent/fluoreszierendes PLA: 210 &#xB0;C Temp. Bed/Bett: 60 &#xB0;C Layerheight/Schichth&#xF6;he: 0.2 mm Perimeters/Umrissbahnen: 2 Perimeter width/Bahnbreite: 0.4 mm Solid Top Bottom Layer/Volle Boden- und Dachschichten: 3 Infill/F&#xFC;lldichte: 20 % Print speed/Druckgeschwindigkeit: 60 mm/s No Support needed/keine St&#xFC;tzkonstruktion n&#xF6;tig
Parts/Teile
01. V-4x &#x2981; 4 Parts/Teile - print/drucken: 2x &#x2981; X 172.5 - Y 80 - Z 18.5 mm &#x2981; 5 h 25 m &#x2981; 63 g
02. V-1x &#x2981; 1 Part/Teil - print/drucken: 8x &#x2981; X 172.5 - Y 15 - Z 18.5 mm &#x2981; Corner/Ecke: 8x M4 - Nut/Mutter, 8x M4x12 mm - Hexagon socket head screw/Innensechskant Zylinderkopfschraube &#x2981; Middle/Mitte: 16x M4 - Nut/Mutter, 16x M4x10 mm - Hexagon socket head screw/Innensechskant Zylinderkopfschraube &#x2981; 1 h 40 m &#x2981; 16 g
03. H-4x &#x2981; 4 Parts/Teile - print/drucken: 4x &#x2981; X 168 - Y 85.34 - Z 15 mm &#x2981; 5 h 6 m &#x2981; 57 g
04. H-1x &#x2981; 1 Part/Teil - print/drucken: 16x &#x2981; X 168 - Y 16.34 - Z 15 mm &#x2981; Corner/Ecke: 8x M4 - Nut/Mutter, 8x M4x12 mm - Hexagon socket head screw/Innensechskant Zylinderkopfschraube &#x2981; Middle/Mitte: 16x M4 - Nut/Mutter, 16x M4x10 mm - Hexagon socket head screw/Innensechskant Zylinderkopfschraube &#x2981; 1 h 34 m &#x2981; 14 g
 Summary/Zusammenfassung &#x2981; Printtime/Druckzeit: 31 h 14 m &#x2981; PLA: 354 g
Purchase/Zukauf &#x2981; 36x M4 - Nut/Mutter &#x2981; 8x M5x12 mm - Hexagon socket head screws/Innensechskant Zylinderkopfschrauben &#x2981; 24x M4x10 mm - Hexagon socket head screws/Innensechskant Zylinderkopfschrauben &#x2981; 25 m Cord/Schnur &#x2981; Wood glue/Holzleim
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MPF - Meshcube Lamp / Netzwurfel Lampe

 MPF - Meshcube Lamp / Netzwürfel Lampe YouTube The mesh lampshade is not a new idea. I’ve seen some tutorials for different shapes and methods, but none of them were really practical for me. This build-project was the first test for my multi-purpose-frame (MPF).The design is really simple, it includes just two different parts which are used for the vertical (V) and horizontal (H) bars of the cubic frame (300 x 300 x 300 mm). The provided files contain 1 or 4 of the needed parts. The wave pattern at the outer edges serves as fix points for the cord. It’s recommended hanging the frame rotatable as shown in the video, to have access to all sites. I put the cord in wood glue overnight and wrapped it around the cube 20-25 times. In retrospect, the frame extraction might be easier, if I had covered the plastic parts with some foil or tape.The shadow-pattern around the room require a dim illumination, for example a light string. At the Beginning I wanted to use just the cord cube as lampshade (invisible frame effect). During the project, my wife had the idea to print another frame with fluorescent PLA. This turned out to look much cooler, although the material only shines very weakly. It's not easy to capture this scene on video, but it's pretty visible to the human eye and on photos. The fluorescent PLA parts look a bit like glowing steel.The lamp is just an example for the usage of the MPF. I'm thinking about building a printer enclosure in a future project. If someone from the community has ideas for improvement, please write in the comments! / Der Netz Lampenschirm ist keine neue Idee. Ich habe einige Anleitungen für verschiedene Formen und Methoden gesehen, aber ich fand keine davon wirklich praktisch. Dieses Bau-Projekt war der erste Test für meinen Mulit-Purpose-Frame (MPF/Universalrahmen).Das Design ist sehr einfach, es besteht nur aus zwei verschiedenen Teilen, die als horizontale (H) und vertikale (V) Streben des Würfels dienen (300 x 300 x 300 mm). Die bereitgestellten Dateien enthalten jeweils 1 oder 4 der benötigten Teile. Das Wellenmuster an den Außenkanten bietet der Schnur halt. Man sollte den Rahmen wie im Video gezeigt drehbar aufhängen, um alle Seiten leicht zu erreichen. Ich habe die Schnur über Nacht in Holzleim einlegen und den Würfel 20-25-mal umwickelt. Im Nachhinein wäre der Rahmen Ausbau einfacher gewesen, wenn die Kunststoffteile mit Folie oder Klebeband abgedeckt währen. Das Schattenmuster über den gesamten Raum erfordert eine schwache Beleuchtung, wie eine Lichterkette. Ursprünglich wollte ich nur den Schnur Würfel als Lampenschirm verwenden (unsichtbarer-Rahmen-Effekt). Im Laufe des Projekts hatte meine Frau die Idee einen weiteren Rahmen aus fluoreszierenden PLA zu drucken. Dieses Design gefällt mir deutlich besser, obwohl das Material nur sehr schwach leuchtet. Es ist auch nicht einfach, diese Szene auf Video festzuhalten, aber für das menschliche Auge und auf Fotos ist es ziemlich gut sichtbar. Die fluoreszierenden PLA-Teile sehen ein wenig aus wie glühender Stahl.Die Lampe ist nur ein Beispiel für die Verwendung des MPF. Ich denke momentan über ein Druckergehäuse, als zukünftiges Projekt, nach. Wenn jemand aus der Community Ideen für Verbesserungen hat, bitte in die Kommentare schreiben! Printparameter/DruckparameterPrinter/Drucker: Anycubic Kossel Linear PlusSoftware: CuraMaterial: PLA - 1.75 mmTemp. Extruder PLA: 200 °CTemp. Extruder fluorescent/fluoreszierendes PLA: 210 °CTemp. Bed/Bett: 60 °CLayerheight/Schichthöhe: 0.2 mmPerimeters/Umrissbahnen: 2Perimeter width/Bahnbreite: 0.4 mmSolid Top Bottom Layer/Volle Boden- und Dachschichten: 3Infill/Fülldichte: 20 %Print speed/Druckgeschwindigkeit: 60 mm/s No Support needed/keine Stützkonstruktion nötig Parts/Teile 01. V-4x⦁ 4 Parts/Teile - print/drucken: 2x ⦁ X 172.5 - Y 80 - Z 18.5 mm⦁ 5 h 25 m⦁ 63 g 02. V-1x ⦁ 1 Part/Teil - print/drucken: 8x ⦁ X 172.5 - Y 15 - Z 18.5 mm⦁ Corner/Ecke: 8x M4 - Nut/Mutter, 8x M4x12 mm - Hexagon socket head screw/Innensechskant Zylinderkopfschraube⦁ Middle/Mitte: 16x M4 - Nut/Mutter, 16x M4x10 mm - Hexagon socket head screw/Innensechskant Zylinderkopfschraube⦁ 1 h 40 m⦁ 16 g 03. H-4x ⦁ 4 Parts/Teile - print/drucken: 4x ⦁ X 168 - Y 85.34 - Z 15 mm⦁ 5 h 6 m⦁ 57 g 04. H-1x ⦁ 1 Part/Teil - print/drucken: 16x ⦁ X 168 - Y 16.34 - Z 15 mm⦁ Corner/Ecke: 8x M4 - Nut/Mutter, 8x M4x12 mm - Hexagon socket head screw/Innensechskant Zylinderkopfschraube⦁ Middle/Mitte: 16x M4 - Nut/Mutter, 16x M4x10 mm - Hexagon socket head screw/Innensechskant Zylinderkopfschraube⦁ 1 h 34 m⦁ 14 g Summary/Zusammenfassung⦁ Printtime/Druckzeit: 31 h 14 m⦁ PLA: 354 g Purchase/Zukauf⦁ 36x M4 - Nut/Mutter ⦁ 8x M5x12 mm - Hexagon socket head screws/Innensechskant Zylinderkopfschrauben⦁ 24x M4x10 mm - Hexagon socket head screws/Innensechskant Zylinderkopfschrauben⦁ 25 m Cord/Schnur⦁ Wood glue/Holzleim 

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 This is a filter holder for optical experiments.
This component is part of the&#xA0;<a style="font-weight: bold; text-decoration: none; color: #1989ff;" href="http://www.appropedia.org/Open_source_optics" rel="nofollow">Open-source optics project</a>, whose goal is to radically reduce the cost of scientific optical hardware: by the&#xA0;<a style="font-weight: bold; text-decoration: none; color: #1989ff;" href="http://www.mse.mtu.edu/MOST" rel="nofollow">Michigan Tech&apos;s Open Sustainability Technology Research Group</a>.
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Square Filter Holder for Open-source Optics

 This is a filter holder for optical experiments. This component is part of the Open-source optics project, whose goal is to radically reduce the cost of scientific optical hardware: by the Michigan Tech's Open Sustainability Technology Research Group. 

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 I designed a plate with an extruded moss and quote.
sorry for the size, if you want to change it just adjused it in your pre-print software.
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IT_Crowd Moss Plate

 I designed a plate with an extruded moss and quote. sorry for the size, if you want to change it just adjused it in your pre-print software. 

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 id : be10011a6 name : guitar lamp size : 98X74X265 mm files : 3 pieces : 6 maximum size of the component : 47X98X136 mm total print time : 11h:33m raft : yes support : no Applicable Bulb type : tBulb B Instructions : lampshade infill 100% , Best results
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Guitar lamp

 id : be10011a6name : guitar lampsize : 98X74X265 mmfiles : 3pieces : 6maximum size of the component : 47X98X136 mmtotal print time : 11h:33mraft : yessupport : noApplicable Bulb type : tBulb BInstructions : lampshade infill 100% , Best results 

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 <a href="/pages/support-scan-the-world" target="_blank" rel="noopener noreferrer"><img src="/uploads/tinymce-images/support.png" alt></a>
The pair of Maya name glyphs inscribed on the right flange indicate that this portrait of a ruler was reused by a Maya lord as an heirloom. Unusually the glyphs are drawn backward to face the Olmec portrait, hinting at the power of the object as a dymbol of dynastic authority. The iris of the eyes and pierced nose probably bore shell work and ornaments.
&#xA0;
<span data-sheets-value="[null,2,&quot;This object is part of \&quot;Scan The World\&quot;. Scan the World is a non-profit initiative introduced by MyMiniFactory, through which we are creating a digital archive of fully 3D printable sculptures, artworks and landmarks from across the globe for the public to access for free. Scan the World is an open source, community effort, if you have interesting items around you and would like to contribute, email stw@myminifactory.com to find out how you can help.&quot;]" data-sheets-userformat="[null,null,2819,[null,0],[null,2,16777215],null,null,null,null,null,null,3,0,null,[null,2,2236962]]">This object is part of &quot;Scan The World&quot;. Scan the World is a non-profit initiative introduced by MyMiniFactory, through which we are creating a digital archive of fully 3D printable sculptures, artworks and landmarks from across the globe for the public to access for free. Scan the World is an open source, community effort, if you have interesting items around you and would like to contribute, email stw@myminifactory.com to find out how you can help. Scanned : Photogrammetry (Processed using Agisoft PhotoScan)
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Jade Pectoral at The British Museum, London

 The pair of Maya name glyphs inscribed on the right flange indicate that this portrait of a ruler was reused by a Maya lord as an heirloom. Unusually the glyphs are drawn backward to face the Olmec portrait, hinting at the power of the object as a dymbol of dynastic authority. The iris of the eyes and pierced nose probably bore shell work and ornaments. This object is part of "Scan The World". Scan the World is a non-profit initiative introduced by MyMiniFactory, through which we are creating a digital archive of fully 3D printable sculptures, artworks and landmarks from across the globe for the public to access for free. Scan the World is an open source, community effort, if you have interesting items around you and would like to contribute, email stw@myminifactory.com to find out how you can help.Scanned : Photogrammetry (Processed using Agisoft PhotoScan) 

<html><head></head><body><h3 class="thing-component-header summary summary">Summary</h3>
<div>Have Wine corks and chopsticks in excess? No problem! :)
Quick print for fun.</div>
<h3 class="thing-component-header settings print-settings">Print Settings</h3>
Printer Brand: 
 <div>Prusa</div>
 
 Printer: 
 <div>I3 MK3S</div>
 
 Rafts: 
 <div>No</div>
 
 Supports: 
 <div>No</div>
 
 Resolution: 
 <div>progressive</div>
 
 Infill: 
 <div>15%</div>
 
 Filament: 
 <a href="http://www.amazon.com/s?url=search-alias&amp;field-keywords=Createabot+PLA&amp;tag=tv-auto-20" target="_blank">
 Createabot PLA </a>

 Wine
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Wine Cork Bowl with chopsticks

Have Wine corks and chopsticks in excess? No problem! :)

Quick print for fun.




Model dimensions:

<ul style="box-sizing: inherit; color: rgb(72, 92, 102); font-family: " source sans pro", helvetica, sans-serif; font-size: 15px; text-align: justify;">
	<li style="box-sizing: inherit;">height &#x2013; 113 mm</li>
	<li style="box-sizing: inherit;">width &#x2013; 113 mm</li>
	<li style="box-sizing: inherit;">thickness &#x2013; 11 mm</li>
</ul>

Captain Marvel emblem

Model dimensions:


	height – 113 mm
	width – 113 mm
	thickness – 11 mm



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 I am reuploading my old models from other platform here.
I am doing commissions. Pm me if you are interested or send mail - pollygrimmart@gmail.com my shop - https://gumroad.com/pollygrimm my gallery - https://www.artstation.com/polligrimm
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