Wir haben ein paar Ideen für Ostern 2025 für den 3D Drucker mit dem FDM Drucker!

Dazu gehören Osterhasen zum Drucken, Ostereier 3D Drucken und viele andere Ideen für den 3D Druck Ostern.

Osterhase

Der Osterhasen 3D Druck ist ein beliebtes Druckobjekt, denn es ist zum einen ein perfektes Geschenk und zum anderen macht es Spaß, den Osterhasen zu drucken!

Es gibt verschiedene Versionen. Man kann zum Beispiel einen Osterhasen mit Korb machen oder einen Osterhasen, der auf dem Rücken ein Überraschungsei tragen kann. Hier sind der Kreativität keine Grenzen gesetzt. Starte auch du jetzt mit einem 3D Druck Deko-Projekt durch und mache deinen ersten Osterhasen 3D Druck.

Hier sind unsere Hard-Fakts zum Osterhasen-3D-Druck!

Druck-Material: Wir empfehlen das GEEETECH Regenbogen filament, denn die tollen Farbkombinationen erwecken den Osterhasen zum Drucken erst so richtig zum Leben!

Grundsätzlich solltest du ein PLA-Filament verwenden, da es leicht zu drucken ist und einen deteilgetreuen Druck ermöglicht.

Oberfläche: PLA druckt sehr glatt und du erhältst ein sehr detailliertes Druckergebnis. Wenn du möchtest, kannst du die Oberfläche bemalen, wenn du aber das Geeetech Regenbogen Filament verwendest, hast du bereits eine einzigartige Farbkombination.

Umweltfreundlichkeit: PLA ist ein biologisch abbaubares Material, da es aus nachwachsenden Rohstoffen hergestellt ist. Ein perfektes 3D Drucker Filament für den beliebten Osterhasen.

Empfohlene Druckeinstellung für Ü-Ei-Osterhase (siehe Bild)

Druckbetttemperatur: 50–60 °C

Extrudertemperatur: 200–210 °C

Druckgeschwindigkeit: 200–250 mm/s

Schichthöhe: 0,1–0,2 mm

Wandstärke: 2–3 Wände

Infill: 10–20 % (Rechteck oder Hexagonal)

Unterstützung: Ja, „Touching build plate“

Lüftergeschwindigkeit: 100 % (für PLA)

Haftung: Brim oder Haftmittel (bei Bedarf)

Einstellungen für Osterhase mit Korb (siehe Bild) 

Material: PLA

Druckbetttemperatur: 50–60 °C

Extrudertemperatur: 200–210 °C

Druckgeschwindigkeit: 200–250 mm/s

Schichthöhe: 0,1–0,2 mm

Wandstärke: 2–3 Wände

Infill: 10–20 % (Rechteck oder Hexagonal)

Unterstützung: Ja, „Touching build plate“ (besonders für den Korb)

Lüftergeschwindigkeit: 100 % (für PLA)

Haftung: Brim oder Haftmittel (bei Bedarf)

Ostereier mit dem 3D Drucker drucken

Neben dem Osterhasen zum Drucken ist der Ostereier 3D Druck immer eine super Idee! Du kannst ganz einfach Eier als Deko für einen Osterbaum machen oder als Geschenk für Kinder zum Öffnen! Auch dürfen an Ostern keine Eier für das Eier-Suchen fehlen!

Wir haben zwei Versionen für den 3D Druck Ostern von Ostereier 3D Druck für euch.

Druck-Material: PLA ist perfekt für den Ostereier 3D Druck!

Oberfläche: Die gedruckte Oberflächenqualität ist bereits sehr gut und benötigt keine Nachbearbeitung.

Umweltfreundlichkeit: PLA 3D Filament ist ein biologisch abbaubares Material und so sehr umweltfreundlich.

Empfohlene Druckeinstellung für einfache Eier mit Schraubverschluss:

Druckbetttemperatur: 50–60 °C

Extrudertemperatur: 200–210 °C

Druckgeschwindigkeit: 200–250 mm/s

Schichthöhe: 0,1–0,2 mm (für Detailgenauigkeit)

Wandstärke: 2–3 Wände

Infill: 10–20 % (für leichte Struktur)

Unterstützung: nicht notwendig

Lüftergeschwindigkeit: 100 % (für PLA)

Haftung: Brim oder Haftmittel (bei Bedarf)

Diese Ostereier für Ostern sind sehr leicht zu drucken! Eine perfekte Aktion also für Kinder! Wenn ihr einen Kinder 3D Drucker habt, könnt ihr zusammen für Ostern 2025 die Ostereier drucken.

Druckeinstellungen für Ei mit Feuerwehrauto

Druckbetttemperatur: 50–60 °C

Extrudertemperatur: 200–210 °C

Druckgeschwindigkeit: 200–250 mm/s

Schichthöhe: 0,1–0,2 mm (für feine Details)

Wandstärke: 2–3 Wände

Infill: 10–20 % (für leicht strukturierte Teile)

Unterstützung: Ja, „Touching build plate“ (besonders für Überhänge)

Lüftergeschwindigkeit: 100 % (für PLA)

Haftung: Brim oder Haftmittel (bei Bedarf)

Osterkorb

Ein Osterkorb ist eine perfekte Osterdeko für zuhause und gleichzeitig perfekt, um kleine Gegenständig darin aufzubewahren. Mit einem selbstgedruckten Korb (gefüllt mit Leckereien) wird Ostern 2025 zu einem unvergesslichen Fest und der Osterkorb und Osterhasen 3D Druck wird zu einem großen Spaß.

Druck-Material: Wir empfehlen PETG, denn es ermöglicht einen einfachen Druck und ist ein robustes Material, was den Osterkorb zu einem langlebigen Objekt macht! Möchtest du mehr zum PETG-Druck erfahren, dann klicke hier.

Oberfläche: Verwendet man PETG Filament, dann erhält man eine sehr feine Oberfläche beim Osterkorb-Basteln. Man kann den Osterkorb noch mit Farbe verschönern!

Umweltfreundlichkeit: PETG ist nicht biologisch abbaubar, aber recycelbar!

Empfohlene Druckeinstellung:

Druckbetttemperatur: 70–80 °C

Extrudertemperatur: 230–250 °C

Druckgeschwindigkeit: 200–250 mm/s (langsamer als bei PLA für bessere Haftung und Oberflächenqualität)

Schichthöhe: 0,1–0,2 mm (für feinere Details)

Wandstärke: 2–3 Wände

Infill: 10–20 % (Hexagonal oder Rechteck)

Unterstützung: Ja, „Touching build plate“ (besonders bei Überhängen)

Lüftergeschwindigkeit: 30–50 % (PETG benötigt nicht die volle Lüftergeschwindigkeit wie PLA, um eine gute Haftung und Oberfläche zu gewährleisten)

Haftung: Brim oder Haftmittel (PETG haftet gut auf beheizten Druckbetten, aber bei Bedarf kann Brim oder ein Haftmittel die Haftung verbessern)

Oster-Dekoration

Ostern wird unter anderem durch die Osterdeko so besonders! Wir haben einen Osterhasen 3D Druck für die Türe und einen Frühlingshasen mit Schmetterling auf Blumen-3D-Dekoration für euch!

Osterhase für die Türe

Druck-Material: Wir empfehlen PLA filament !

Oberfläche: Die Oberflächenqualität von PLA Filament ist sehr gut und benötigt keine oder nur geringe Nachbearbeitung. Gerne kann der Osterhase mit Farben verschönert werden.

Umweltfreundlichkeit: PLA ist biologisch abbaubar und eine perfekte Option für moderne Osterdekoration.

Empfohlene Druckeinstellung

Druckbetttemperatur: 50–60 °C

Extrudertemperatur: 200–210 °C

Druckgeschwindigkeit: 200–250 mm/s

Schichthöhe: 0,1–0,2 mm (für feine Details)

Wandstärke: 2–3 Wände

Infill: 10–20 % (für leicht strukturierte Teile)

Unterstützung: Ja, „Touching build plate“ (besonders für Überhänge)

Lüftergeschwindigkeit: 100 % (für PLA)

Haftung: Brim oder Haftmittel (bei Bedarf)

Frühlingshase mit Schmetterling auf Blumen-3D-Dekoration

Ein sehr schönes Dekorationsstück ist der Hase mit Blumendeko und Schmetterlingen! Perfekt für jedes Zimmer.

Druck-Material: Wir empfehlen PLA plastic filament

Oberfläche: Die Oberflächenqualität ist sehr gut und benötigt nur geringes Finishing.

Umweltfreundlichkeit: PLA ist sehr umweltfreundlich, da es biologisch abbaubar ist.

Empfohlene Druckeinstellung:

Druckbetttemperatur: 50–60 °C

Extrudertemperatur: 200–210 °C

Druckgeschwindigkeit: 200–250 mm/s

Schichthöhe: 0,1–0,2 mm (für feine Details)

Wandstärke: 2–3 Wände

Infill: 10–20 % (für leicht strukturierte Teile)

Unterstützung: Ja, „Touching build plate“ (besonders für Überhänge)

Lüftergeschwindigkeit: 100 % (für PLA)

Haftung: Brim oder Haftmittel (bei Bedarf)

Oster-Nacht-Licht

Wer es an Ostern besonders gemütlich und kuschelig haben möchte, sollte sich dieses Design als 3D Druck Deko nicht entgehen lassen.

Druck-Material: Auch hier empfehlen wir PLA Filament!

Oberfläche: super Oberflächenqualität und kaum Nachbearbeitung nötig.

Umweltfreundlichkeit: sehr umweltfreundlich, da biologisch abbaubar.

Empfohlene Druckeinstellung:

Druckbetttemperatur: 50–60 °C

Extrudertemperatur: 200–210 °C

Druckgeschwindigkeit: 200–250 mm/s

Schichthöhe: 0,1–0,2 mm (für feine Details)

Wandstärke: 2–3 Wände

Infill: 10–20 % (für leicht strukturierte Teile)

Unterstützung: Ja, „Touching build plate“ (besonders für Überhänge)

Lüftergeschwindigkeit: 100 % (für PLA)

Haftung: Brim oder Haftmittel (bei Bedarf)

Outdoor-Ausrüstung

Mit Ostern fängt auch die Camping-Saison an! Der Frühling kommt und die ersten abenteuerlustigen Camper starten durch. Da sollte es an diesen zwei Objekten nicht fehlen.

Getränkehalter für Campingstühle

Druck-Material: Da der Getränkehalter für draußen gedacht ist, sollte man ein stabiles Material wählen. Wir empfehlen ABS Filament! Erfahre mehr zu ABS Druckeinstellungen hier, sodass du optimal drucken kannst.

Oberfläche: Da ABS relativ rau ist, ist hier die Nachbearbeitung der Oberfläche sehr wichtig.

Umweltfreundlichkeit: ABS Filament ist nicht biologisch abbaubar und nur schwer recycelbar und daher nur bedingt umweltfreundlich.

Empfohlene Druckeinstellung:

Druckbetttemperatur: 90–110 °C

Extrudertemperatur: 230–250 °C

Druckgeschwindigkeit: 40–50 mm/s (langsamer als PLA, um Warping zu vermeiden)

Schichthöhe: 0,1–0,2 mm (für bessere Detailgenauigkeit)

Wandstärke: 2–3 Wände

Infill: 20–30 % (Hexagonal oder Rechteck für zusätzliche Festigkeit)

Unterstützung: Ja, „Touching build plate“ (insbesondere für Überhänge und komplizierte Teile)

Lüftergeschwindigkeit: 0 % (ABS sollte ohne Lüfterdruck gedruckt werden, um Verzug zu vermeiden)

Haftung: Brim oder Raft (um Warping zu verhindern, vor allem bei größeren Druckteilen)

Wichtig: Du solltest eine gut beheizte Umgebung oder eine geschlossene Kammer verwenden, da ABS sehr empfindlich bei Temperaturschwankungen ist. Du solltest ein Absaugsystem nutzen, da ABS beim Druck Dämpfe freilässt.

Befestigungsstifte (Zeltheringe)

Zu einer guten Campingausrüstung gehören hochwertige Zeltheringe! Drucke sie dir doch am besten einfach selbst!

Druck-Material: Wir empfehlen PETG oder ABS.

Oberfläche: Die Oberfläche ist eher rau. Wem eine glatte Oberfläche wichtig ist, muss das PETG oder ABS nachbearbeiten. 

Umweltfreundlichkeit: PETG ist relativ umweltfreundlich, da es recycelbar und kaum toxisch ist. ABS ist nur bedingt umweltfreundlich, da es biologisch nicht abbaubar ist und nur schwer recycelbar ist.

Empfohlene Druckeinstellung:

0.12 mm Schichthöhe;

Es wird ohne Stützen gedruckt;

Sie können die Anzahl der Wände um 4 oder 5 erhöhen, um die Widerstandsfähigkeit des Teils zu steigern;

35 % oder mehr Füllmenge;

Fazit

Ostern ist eine perfekte Gelegenheit, neue 3D Drucker Projekte zu starten. Es gibt viele Möglichkeiten, Osterdeko zu drucken und Ostern 2025 zu einem unvergesslichen Fest zu machen.
Wir haben ein paar Deko-Ideen für euch zusammengefasst und 3D Drucker Projekte vorgestellt, die man perfekt mit Kindern machen kann. Auch haben wir ein paar einzigartige Objekte für das Camping hinzugefügt, denn mit Ostern beginnt auch die Campingsaison.

What Will Happen to the Creative Contents of 3D Printing?

While TikTok might be banned again for future, people have already explored alternative options for sharing their creative 3D printing ideas. We have also seen some awesome 3D prints with TikTok designs and logos, showcasing the support for the platform itself.

How to Continue Your 3D Printing on Social Media?

While TikTok has a somewhat unique appeal and user demographic, only time can tell whether a competitor with the same algorithm and focus on short videos will pop up. Maybe YouTube shorts will be more popular now, or some new brand will come along and sweep up the market share left by TikTok.

We are already starting to see people moving away from TikTok ahead of the ban itself, with the Chinese app called Rednote being a popular alternative. Facebook has also surged in popularity.  So let us explore these two platforms in more detail, to see what they offer people with ideas for cool things to 3D print.

Rednote

Many people with 3D printing project ideas have started migrating their TikTok content over to the “China Instagram”, known locally as Xiaohongshu or Rednote. This has started a trend where this mass of users jokingly refer to themselves as “TikTok refugees” and use the tag to share content and awareness.

While the app allows users to discuss what the best hobby 3D printer currently is, or share posts for things you can print with 3D printers, the fact is that it is still a Chinese app, which is part of why TikTok was banned in the first place. So while it is always a good idea to diversify and seek new channels, it might be wise to try other options as well.
Following is Geeetech’s Rednote account.

Facebook Groups

Next on our list is something most of us are already familiar with, Facebook Groups. Since this company is American, chances are slim that it will be banned for the same reasons as TikTok. And since Facebook has already operated in the US for many years, we are fairly certain that this is a safe bet going forward.

On Facebook there are millions of daily users, making it possible to share your 3D printing ideas and content with them easily. To find dedicated people interested in the 3D printing hobby, you can visit the Geeetech FB Group ( https://www.facebook.com/groups/315127105604393 ), where you can share content about 3d printing freely.

No matter where you share your content, we’re always delighted to browse ideas about 3D printing and hope the provided products can help to achieve your 3D print ideas, even more, bring your ideas to perfection with the high precision of Geeetech 3d printers and High quality of Geeetech 3d printing materials. Whether you want soft or hard, smooth or rough, monochromatic or multicolor, it can be achieved with ease.

3D Print Ideas

Now that you have a few alternative options to TikTok, it is time to start finding new 3D printer ideas to share with the world. At Geeetech we have all the 3D printer filament and PLA filament you need to get started, so be sure to check our offers if you are running low.

We also have a list of cool 3D prints where we share some of the best 3D prints we have seen, so that you can stay up to date with new concepts and ideas easily.

Storage Tools

In order to keep all your small 3D printed stuff safe and organized, why not print some storage tools as well? For storage containers, we recommend PLA filament, as it will do the job perfectly well, produces good results for a solid design and is a cheap option. Below you can see some examples.

Hand Tools

Have you ever been in the process of a project at home, but needed a hand tool to help you finish? It can be annoying to drive to the local hardware store in order to pick up a small tool, and sometimes you will have to wait for the next day until the store opens again.

So why not print your tools at home? Below you will find a couple of wrenches that were printed using the Carbon Fiber 3D Printer Filament, for a great look that also provides usability. And you might be surprised how many things you can use these for!

Decorative Flower

Are you tired of having to water your plants, do you want to decorate your home and make it more interesting? Then consider printing some decorative flower prints. The design below makes great use of multi colored Geeetech filament, where you can design the flower petals in whatever color you prefer. We recommend using PLA filament for these designs.

Phone Stand

Whether you are lying at home in bed and want to watch some 3D printer inspiration on the Rednote or Facebook Groups, or are eating a meal while catching up to your latest show on YouTube, having a phone stand can make your life much easier. This is a quick print that can hold any type of modern smartphone. For good quality and durability we recommend using PLA filament.

Pen Holder

If you are always looking for your pens or other small handheld objects, consider printing a pen holder to store them neatly. The image below shows a design where the material used is PLA Matcha Green Carbon Fiber filament for a nice organic look.

Components

Just like you can print certain hand tools for great effect, it is also possible to print components for your projects. Below you will find a large screw printed with PETG filament for a durable design that can help you avoid a trip to the hardware store.

Sports Products

Printing sports products is another great way of making use of your 3D printer at home. This can help keep the cost down on tennis balls and other such items that see wear and tear with each use. You can also print balls for your dogs, especially if you use a safe filament such as TPU filament.

Character Figurines

3D printing your own decorations is a great way of showing your unique personality and what you like. Below you will find a cute character figurine, that was printed using water washable resin for an amazing look.

Conclusion

It is still unsure whether TikTok will be permanently allowed in the US. However, we are already seeing millions of people moving and staying to Rednote and Facebook Groups to share their 3D printing ideas.

We also shared some awesome 3D prints made with Geeetech filament, that we hope you will enjoy. Until next time!

ArchForm produces aligners for half the price of other companies to rival industry leaders like Invisalign, Byte, Candid, and SmileDirectClub. According to the company, ArchForm’s aligners are manufactured by robotic precision engineering with a multi-layer plastic material and will be delivered to a specific orthodontist within 10 to 14 days.

Invisalign reduces some of the costs of metal brace treatment. However, most of the orthodontists’ profit margins are controlled by the parent company Align. They currently pay about $1,700 per patient to Invisalign, and other clear aligner vendors following the same regime. ArchForm is changing this pricing structure. With ArchForm, the cost for orthodontists to print a moderate-to-severe case in-office is reduced to $542, and each patient will be charged only $14.

The production of dental aligners requires the use of professional 3D software to design a stepwise series of 30 to 40 aligner models that can adjust the patient’s teeth based on the scan data. The models are then 3D-printed and the actual aligners are produced by thermoforming biocompatible plastic over the models. With ArchForm’s software, Many orthodontist offices that already have 3D printers can save money and be allowed to plan cases faster with automatic one-click features.

For practices that do not plan to invest in 3D printers, ArchForm’s new plant is ideal for outsourcing the aligner designs. Using a higher-resolution 3D printer, three-layer plastic material, and a robot that is more comfortably precise than manual trimming, ArchForm claims to manufacture more accurately shaped aligners with less visible layer lines.

Ideally, using ArchForm can help orthodontists take digital scans at the patient’s first appointment, 3D print the day’s aligners in their office labs, and then outsource the remaining treatment to ArchForm’s aligners. By reducing the waiting time from six weeks to four weeks, orthodontists can offer better service as a result.

Fortunately, we can refer to 3DSage’s unique method of getting a beautiful look without using sandpaper.He printed a model of the skeleton as a demonstration. All you need is a can of spray paint that combines well with plastic (such as Rust-Oleum) and a bottle of Fast Drying Polyurethane – Clear Satin. Let’s get started!

The first step is to check whether there is dirt or dust on the 3D printed model and make sure there is nothing superfluous on the surface.Apply a spray paint of your choice to the model, followed by a quick coat of polyurethane.

Next, to make the coating dry faster and prevent drips, you should carefully place the model under the fan.At this point you can see that the mixture of paint and polyurethane will blend into the layer, making up for any holes or unexpected imperfections and working best with thin layers and patience.3DSage said he waited for a whole day before adding the final coat of spray paint.And the time interval between layers is 20 minutes in order to prevent discoloration and make up for defects.

When it comes to the benefits of his craft, The Maker says it allows him to print faster with a greater layer thickness.This process will mask any rough and unsightly appearance.And you can choose any color of paint.In this way,you get a smooth print model that doesn’t require polishing or other post-processing techniques.

Halloween is around the corner.However,you may choose to celebrate safely at home because of the ongoing COVID-19 pandemic.So why not spend your time with your favorite 3D printers?

Look at these great 3D printers and filaments for some holiday fun on the cheap.Now we offered deep discounts on our Amazon products.The Promotion for 3D printers,up to 20% off with extra coupon,starting from 135.20€ .We have multicoloured filaments to choose from in addition to the basic black and white filaments,up to 45%off,starting from 15.69€.Hurry up and buy!

• US:
• Duration: Oct.22.2020-Nov.1.2020
• Check out the link below to take 12% off oders and Save an extra $35.00 now:
• https://www.amazon.com/gp/mpc/A2EC73LZDELVIR

The coupon shown on the Amazon product page is available to everyone and can be superimposed upon the discount. You can get around 20% off on the total price on some items.

• Five countries in Europe:
• Duration:Oct.26.2020-Nov.1.2020
• pro B,pro W:5%off
• A10,A20:20%off
• PLA:15%off（Silk PLA/Grow in dark filament）

• ES:
• Promotion for 3D printers,up to 20% off,starting from 143.20 €:
• Pro B:https://amzn.to/2HdHCTS
• A10:https://amzn.to/3jd5e88
• A20:https://amzn.to/2IMw0I5
• Promotion for filaments,20%off,starting from 18.39 €:
• White PLA:https://amzn.to/37AdZHt
• Black PLA:https://amzn.to/3m1UxHf
• Silk PLA:https://amzn.to/3m46490
• Glow In The Dark PLA:https://amzn.to/2T8Wm93

• FR:
• Promotion for 3D printers,up to 20% off,starting from 135.20€:
• Pro B:https://amzn.to/3gNuUI9
• A10:https://amzn.to/3gd1J0S
• A20:https://amzn.to/30nouK3
• Promotion for filaments,up to 23%off,starting from 15.99€:
• PLA:https://amzn.to/39HDSUN
• Silk PLA:https://amzn.to/2SRRtBb
• Glow In The Dark PLA:https://amzn.to/2ZZECRM

• UK:
• Promotion for 3D printers,up to 20% off with £30 coupon,starting from £115.20:
• Pro B:https://amzn.to/3jd4O1y
• A10:https://amzn.to/39Qj4JP
• A20:https://amzn.to/2wbgmQy
• Promotion for filaments,up to 45%off,starting from £14.25:
• PLA:https://amzn.to/3d3it9H
• PLA:https://amzn.to/3dF9goG
• Silk PLA:https://amzn.to/2Uo3xur
• Glow In The Dark PLA:https://amzn.to/35iPSKB

• IT:
• Promotion for 3D printers,up to 20% off,starting from 135.20 €:
• Pro B:https://amzn.to/2H9hda2
• A10 Pro:https://amzn.to/2m7vPeS 
• A20:https://amzn.to/3bK3QaZ
• Promotion for filaments,12%off,starting from 21.99 €:
• White PLA:https://amzn.to/3hh6Cq4 
• Black PLA:https://amzn.to/3j2EasN 
• Silk PLA:https://amzn.to/2kNiHeY
• Glow In The Dark PLA:https://amzn.to/2lZAU9b

• DE:
• Promotion for 3D printers,up to 20% off（The promotion is about to begin）:
• Pro B:https://amzn.to/3a0nGxR
• Pro W:https://amzn.to/3fuvAk8
• A10:https://amzn.to/39Agicf
• A20:https://amzn.to/3fTyNuz
• Promotion for filaments,up to 32%off,starting from €16.99:
• White PLA:https://amzn.to/30Hby0j
• Black PLA:https://amzn.to/2W3W3LC
• Silk PLA:https://amzn.to/2BzinZC
• Glow In The Dark PLA:https://amzn.to/3jeJE4z

The start up Redefine Meat,founded in 2018,called on people to practice vegetarianism concept by 3D printing the steak instead of slaughtering animals for food.The company claims its steaks look,taste and feel just like real steaks,don’t require any real cattle to be involved in the production process,and are sourced entirely from natural,sustainable ingredients.What’s more,all the cooking methods,whether roast,slow cooking or grilling,can be applied to their artificial meat,which tastes even better than real meat.The good news is that it will be in high-end restaurants in Israel,Germany and Switzerland by the end of this year.

Redefine Meat uses:”proprietary 3D meat modelling,food formulations and food printing technology to deliver a new category of complex-matrix’meat’in a cost effective and scalable way”.The steak itself is made from a mix of soy and pea proteins,coconut fat and sunflower oil,plus natural flavors and colors everyone will love.

CEO Eshchar Ben-Shitrit specializes in manufacturing industrial-level 3D printers that will eventually be sold to meat distributors worldwide and become part of the meat supply chain.the CEO calls it”the best way to fight climate change,to deliver healthier solutions and food to the entire population of the planet.”It’s been reported that the coronavirus came from a sick bat,but it wouldn’t happen with the 3D printing meat,which is much cleaner.

The market for artificial meat has been very competitive in recent years,but Redefine Meat is focusing on expanding production by combining 3D printing technology with artificial meat production.

Are you bullish on this company?Will you try the 3D-printed vegan steak?Leave a comment below to tell me what you think.

PERI GmbH built Germany’s first 3D-printed residential building in Bekum,Beckum, North Rhine-Westphalia. The house consists of two-storey detached house, each with about 80 square metres of living space, and was built using a 3D building printer.

3D building printing has fundamentally changed the way we build and the process of residential construction.Leonhard Braig，director of production and supply chain at PERI GmbH, said: “Because this is the first building of its kind, the printing speed we proposed was slower than the actual speed.”adding that they hope to take this opportunity to gain more experience in their day-to-day operations, as this will help them make greater use of the technology to make the cost come down in their next project.

The first 3D printed building in Germany was designed by MENSE-KORTE ingenieure + architekten fora design firm named Hous3Druck GmbH.To build it, PERI used 3D printers of type BOD2 for printing., which can be moved from anywhere in the building along its metallic frame and only needs to be calibrated once.

“With conventional construction methods, this would only be possible at great financial cost.” said Waldemar Korte, partner at Mense-Korte. He thought the printing process allows designers more freedom in residential construction.

The building consists of triple-skin cavity walls filled with an insulating compound. During the printing process, the printer takes into account all the pipes and connections to be laid later,such as water pipes,wire way,etc.

BOD2 allows workers to perform work within the print area during printing.This means manual work, such as installing empty pipes and connections, can be easily integrated into the printing process.

Choosing a 3D printer is not an easy task, especially for beginners. Based on customers’ feedback, Geeetech A20 3D printer with a larger printing platform than A10,is designed to be reliable, user-friendly and affordable. Running stably, it delivers quality prints and provides you with satisfactory printing experience.

Its classic white and black color combo and neat structure impart a touch of simplicity and excellence.Keeping Prusa I3 3D printers’ gantry structure, its modularized design provides you with an easier assembly experience. The electronic parts are integrated into its bottom frame, making A20 steady and enhancing its print results.

Today Geeetech Amazon UK/DE/FR/IT/ES is offering discounts on Geeetech A20 3D Printer. The coupon code is available on a first-come-first-served basis while stocks last.Snap up your dream A20 3D printers now before they are sold out!The details of sales promotion are outlined below.

Details:

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Coupon code valid from Sep.20,2020 until Oct. 30, 2020. By shopping with this promo code, you’ll save 50 GBP/EUR on your entire order. Click on the link and you will be directed to the corresponding sales page.

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Example #1:

3D Printed Dress and Jacket

The dress, named Rose, was certainly the centerpiece of the collection presented at the Met Gala.The garment was worn by model Jourdan Dunn, consists of 21 3D-printed rose petals – each petal measures 53 cm and weighs 0.4 kilos.They were produced on a SLA 3D printer – the process was managed by Protolabs’ 3D printing department.Each petal includes a coat of primer and a coat of chameleon-effect automotive paint.Besides, the dress is modular: petals (up to 37 in all) can be added to increase the length of the dress.

In 2016, Ministry of Supply released a 3D-printed jacket for $250 that quickly sold out.Because the jacket is 3D-printed, it has no seams, which makes it very comfortable to wear.Although it has no seams, the garment still has joints to fit the outline of the body.

The jacket was made on a 3D robotic knitting machine, a process that uses less material than traditional knitting.It’s thought that using traditional methods wastes 15-30% of the material.

Example #2:

3D printed accessories

Every day, more and more jewelers are using 3D printing to produce rings, bracelets, necklaces and similar products.

What you see above is a sterling silver bracelet that mimics patterns found in nature.The maker, Nervous System, first 3D printed the model in wax and then cast it in pure silver.

Metal 3D printing is a perfect technology for watchmakers, both for prototyping and production of end-use pieces.

The Lo Scienziato timepiece from Panerai uses a fully 3D-printed titanium housing made by direct metal laser sintering (DMLS).If you want to see the Panerai on your wrist, you’ll have to pay up to $170,000. 

The actress Katie Holmes wore a 3D-printed collar produced with resin machine on her dress. It represents pearly purple palm leaves and required 56 hours of 3D printing and finishing.

VIP TIE is an Italian company known for its 3D-printed ties.VIP TIE combines luxury and innovative high-tech design.The whole process of making one tie can involve a complex mix of complementary procedures and materials: craftsmanship, embroidery, 3D printing, exotic leather, mother-of-pearl, carbon fiber, silver, gold and silver plated solid.

XYZ Bag is an Italian brand behind the Dada collection of customizable 3D printed handbags. Each bag is connected by a leather strap and a 3D-printed outer shell with a fabric lining.For each bag, the customer has to choose between several design options based on 3 different products.Once the model is selected, it is designed in CAD software.

The company uses SLS technology to make components, although they have recently integrated the one developed by HP, Multi Jet Fusion. These bags cost between 290 and 330 euros, which is quite expensive, but also reasonable for 3D printing products.

Example #3:

3D printed footwear

The big companies in the shoe industry have been developing solutions for mass customization for years.Not only does 3D printing allow these companies to prototype faster, it’s also a great solution for mass customization.

Companies in this field, including Adidas and New Balance, have started producing 3D-printed midsoles .Nike, meanwhile, is experimenting with 3D-printed “uppers”.

Annie Foo is a high-end footwear designer who uses 3D printing technologies in her manufacturing process.She explained that she has always been so obsessed with the combination of existing footwear manufacturing methods with modern technologies and materials to create something new.She uses 3D modeling software to design complex shapes to make her shoes look more aesthetically pleasing.Her final works for the runway were made with HP’s Jet Fusion 4200 machine, using PA12 (nylon).

You must be disappointed when seeing blobs marring our 3D prints.,which is commonly called“zits” ,can occur due to the frequent start and stop of extruder as it moves around.These blobs on your model represent the position where the extruder began to print a part of the outer shell and then returned to the same position after printing the perimeter.Without leaving a mark, it’s hard to connect two pieces of plastic , but here we figure out two tips to keep the blobs from occuring on the surface of your print.

Tip 1:add a negative extra restart distance

Finding out where they are occurring is vital to reduce blobs.You should make sure if blobs happen at the beginning of the perimeter,or as the perimeter finishes printing.If it is the former, the extruder is most likely priming too much plastic.To solve this problem,you can attempt to adjust your retraction settings,add a negative extra restart distance. For example, if your retraction distance is 2.0mm, the extra restart distance decreases by 0.4mm, and each time the extruder stops, the filament will be retracted 2.0mm .But when it starts again, 1.6mm of the filament will be pushed back into the nozzle.You ought to keep tweaking this number until there are no blobs.

Tip 2:turn the “coasting” setting off 

If you find that the blob is happening as the extruder finishes printing a perimeter,it is posssible that the built-up pressure inside the extruder nozzle pushes out more plastic than expected. In this instance, the best solution is to turn off a setting called “coasting” just before the end of the perimeter ,which can relief some of the built-up pressure within the extruder.Try turning this feature on and increasing the value until the blobs stop appearing.

So that’s the solution to the blobs. Now I am printing a larger Pokemon toy.I can’t go wrong this time, for the sake of my beloved girl.

Source:　https://www.simplify3d.com/preventing-blobs-on-3d-print/