#extrudr

[christian-laskawi-research]

Filament: Extrudr xPETG - ANTHRAZIT GREY

[de3dprintman]

This is the awesome Serpentor from GI Joe designed by @chaoscoretech for @3dprintingnerd. It looks great in the @extrudr PLA NX2 Orange and Blue Steel and is printed in 0.16mm layers on the @kywoo_official Tycoon Max. You can find this cool sculpt on @printablescom via https://www.printables.com/model/219761-serpentor-from-gi-joe%2Fcomments #3dprinting #3dprinter #3dprinted #3dprint #3dp #3dimensional #3dart #3dprintingnerd #chaoscoretech #serpentor #gijoe #printablescom #kywoo3d #kywootycoonmax #extrudr #filaments #blendermodel #patreon #anycubic #kobraplus #makers #de3dprintman (at Leiderdorp) https://www.instagram.com/p/Ce4sODHDm-A/?igshid=NGJjMDIxMWI=

[testola-de]

iMetrx 250g PLA filament 1.75 mm Silk Braun

iMetrx 250g PLA filament 1.75 mm Silk Braun

iMetrx 250g PLA filament 1.75 mm,Für 3D Drucker and 3D Pens,+/-0.03MM Silk 3D Printer Spulen (Braun) Dies ist 100% reines PLA Filament 1.75mm aus Polymilchsäure, kein PLA+ mit extra Material. Es ist völlig umweltfreundlich. Was Sie auf unserer Seite sehen, ist das, was Sie bekommen können. Kein Farbunterschied. Düsentemperatur: 190-210℃. Plattform Temp: 50-60℃(Es ist in Ordnung, wenn Sie die…

[sodakliberty]

Print results from the January 2021 Alien3D UFO box

Print results from the January 2021 Alien3D UFO box

I’m slowly getting caught up on my subscriptions boxes. I hope to have them all caught up before the new round of goodies comes in the mail. This post will focus on the January 2021 Alien3D UFO subscription box. This cool subscription box includes four sample filaments and a small electronics projects each month. Contents of the box Alien3D January 2021 UFO contents. As always, this month’s…

[the3dsmith]

3D Printed Chocolate Easter Bunny! 🍫🐇 . All print information it's on my website (link in the bio), STL, Filament, Print settings, etc. . No it’s not actually chocolate it’s PLA NX2 Brown by @extrudr, which also made this model for Easter 2021. 👍 . #the3dsmith #chocolate #easter #bunny #easterbunny #choco #chocolatelovers #extrudr (at Utrecht, Netherlands) https://www.instagram.com/p/CNM0_EJr-vz/?igshid=1elko186l76xw

[chauvinxavier]

#bedsidelamp 💡#peanut 🥜#shaped #lamp #lampe #decoration #design#3dprinting #impression3d #fusion360 #3dprinted with #esun #glass #light #blue and #extrudr #green-tec #white #ultimaker #nantes (à Centre-ville de Nantes)

[3d-poesie]

Glowing Deathstar printed with Bronze PETG and glowEx PETG von @extrudr mehr auf unserer Website! #3dprinting #printoftheday https://www.instagram.com/p/CTU_1mJMY_Q/?utm_medium=tumblr

[engineercity]

Новости сайта #ENGINEERING - 工程

New Post has been published on http://engineer.city/the-need-for-greener-materials-in-3d-printing/

The need for greener materials in 3D printing

It has been 35 years since the first instance of what we now think of as additive manufacturing (AM), or 3D printing. Lauded for its rapid production speed and minimal waste, the process is becoming a staple of product prototyping. However, there is still room to improve the sustainability of this process, as Ben Smye, head of growth Matmatch, explains.

  The rapid rate of production facilitated by AM is rivalled only by the rapid uptake that the technology itself has seen. Although the first form of 3D printing, stereolithography, was invented in 1984, it’s only been since the mid-2000s that the technology has become widely popularised, with Google Trends data indicating that the term’s popularity really took off around 2012.   Today, the barrier for entry to 3D printing is relatively low. 3D printing technology is now a viable option for boutique businesses and consumers alike, while AM is used for producing everything from components in electronics to vehicle parts and even medical implants and functioning human organs.   AM’s remarkable versatility is due to the wide range of filaments that can be used. Although polymer products are among the most popular, materials from ceramic silicon carbide to stainless steel can also be used to produce parts, both for production and prototyping.   It’s the latter of these that is often most interesting to design engineers. With traditional subtractive manufacturing processes, physical prototyping required an excess of material and ample time. With 3D printing, prototypes can be completed quicker and by using only the right amount of material, making it a better use of resources.   However, this doesn’t mean that 3D printed rapid prototyping is waste free. At the end of the prototyping stage, the final prototype — as well as all unsuccessful prototypes — need to be disposed of. For metal powders, recycling is straightforward, but it becomes more challenging with plastic filaments — something that introduces the same waste issues as traditional plastics.   One of the original concerns in the early years of 3D printing, particularly in relation to plastics, was that of the material’s mechanical properties in comparison to traditional materials. Initially, many 3D printed plastics were perceived to be of lower mechanical quality than traditional plastics, and would therefore be unsuitable for certain applications, particularly in areas like automotive and aerospace.   Although development of printable polymers in recent years has gone some way to dispelling this myth, similar concerns have typically been levelled at biodegradable plastics and biopolymers. So, it’s understandable that some might be cautious of the quality of printable bioplastics.   However, this doesn’t need to be the case. Both printable materials and bioplastic technology has developed significantly since their respective inceptions, and today we have materials like Extrudr’s GreenTEC Pro biodegradable biopolymer filaments. These filaments are stable, resistant to impact and temperature-resistant up to 160 degrees Celsius, while also being completely biodegradable and FDA approved for use in food applications.   Crucially, Extrudr’s GreenTEC filaments are easier to process than some similar strength polymers, making them easier to use in the printing process. Collectively, these features allow design engineers to get the benefits of 3D printing — the speed of production with a good quality output — without worrying about the sustainability of their project, even on high-performance and industrial applications.   AM and 3D printing are rapidly developing technologies that are reshaping what we conventionally think of as possible in design and fabrication. By choosing the right materials, design engineers can ensure their products make the most of this technology in a sustainable, clean way.

    Tags: 

additive manufacturing solutions

Images: 

Categories: 

Design

Materials/Processes

Source: engineerlive.com

[lamurdiparasian]

Degradable tree-based filament: Extrudr BDP review! #Filaween2

from Thomas Sanladerer https://www.youtube.com/watch?v=MBvWELSicZg This is a channel about Printing from Blogger http://lamurdis.blogspot.com/2017/07/degradable-tree-based-filament-extrudr.html

[de3dprintman]

Printing a nice vase from time to time is always great fun. And this Flame Facet design by @clockspring3d is awesome. I used some of the beautiful @extrudr BioFusion Venom Green and printed the vase in 0.15mm layers in vase mode on the Original Prusa i3 MK3S by @josefprusa. https://www.myminifactory.com/object/3d-print-flame-facet-vase-109893 #3dprinting #3dprintingcommunity #3dp #3dprint #3dmodel #3dfilament #extrudr #prusa3d #prusaprinters #prusai3mk3s #clockspring3d #myminifactory #vase #art #design #cad #maker #makersofinstagram #de3dprintman (at Leiderdorp) https://www.instagram.com/p/CHDpPu1rCY5/?igshid=oyru3tg0p3w0

[testola-de]

Eono PVB 3D Filament，Schwarz, 1.75mm 1kg. Mit den meisten 3D-Druckern kompatibel.

Eono PVB 3D Filament，Schwarz, 1.75mm 1kg. Mit den meisten 3D-Druckern kompatibel.

Eono PVB 3D Filament. Kann mit Alkohol geglättet werden, um eine polierte Oberfläche zu erhalten，Schwarz, 1,75mm 1kg. Mit den meisten 3D-Druckern kompatibel. Ermöglicht Ihnen, Alkohol zu verwenden, um gedruckte Teile zu glätten, um eine polierte Oberfläche zu erhalten, indem Sie direkt 2 Sekunden in den Alkohol eintauchen. Die Verwendung des Alkoholsprays führt zu besseren Ergebnissen. Hiermit…

[themakersmovement]

Spool party: 5 new 3D printing filaments launched this week (incl. Formfutura, Extrudr, BigRep) Lots... http://ift.tt/2q8GiXs

[the3dsmith]

Printed a new Bullesye Fan Duct on @extrudr GreenTec Pro Black, the one I had in PETG lasted for quite some time, but started deforming on the air outlets. Let’s see how long this one lasts 💪 . #the3dsmith #mods #cooling #fan #extruder #hotend #extrudr #bullseye (at Netherlands) https://www.instagram.com/p/CMxXUyGrypu/?igshid=1rdbpe1yn7bs7

[chauvinxavier]

Final #3dprinting, #pourover #coffee ☕️☕️☕️, #filament #extrudr #green-tec #white from @3djake_official, available on @cults3d, #melitta #3dprint #3dprinted #coffeegeek #coffeegram #ultimaker #diy #nantes #café #coffeetime (à Nantes, France)

[make-o-rama]

Passt würde ich sagen. Jetzt bekommt der Creality Ender 4 endlich mal ein ordentliches Netzteil. #justprinteverything #makeorama #meanwell #rsp500 #creality3d #crealityender4 #extrudr #petgfilament #petg (hier: Make-o-Rama)

[de3dprintman]

I just finished the build of this awesome Open Source Hardware Logo Desk Lamp (@josefprusa edition). It is printed in @extrudr GreenTEC Pro Black and @prusament PETG Orange in 0.2mm layers on my Original Prusa i3 MK3S. Such a cool build. https://www.myminifactory.com/object/3d-print-open-source-hardware-logo-led-lamp-100388 #3dprinting #3dprintingindustry #3dp #3dprinted #3dmodel #prusa #prusa3d #prusai3mk3s #josefprusa #desklamp #lamp #opensource #opensourcehardware #extrudr #prusament #led #ledproject #make #additvemanufacturing #de3dprintman (at Leiderdorp) https://www.instagram.com/p/CHFuk91rYpM/?igshid=i0hq3g1pb51s