Showing posts with label 3d printed food. Show all posts
Showing posts with label 3d printed food. Show all posts

3Drag Printing Chocolate

3DRAG (aka Velleman K8200) is still being used in some projects like this one where it extrudes chocolate paste. Omnomnomnom...

Here are some Halloween decorations:





Here is the general overview of chocolate printing ... mmmm ... chocolaaateeeeee  ...




Oh yes, bread and 3d printed nutella, breakfast of the champions!



Ultimaker Food Paste Extruder Mod

Dirk Janssen moded his original Ultimaker with food paste extruder based on a large syringe. He started with extruding peanut butter. Follow his Tumblr for future updates, the project is still in the development.






Source:

http://leveroij.tumblr.com/post/137816144931/today-progress-finished-design-3d-print-of

Pyra smart 3d printed oven or advanced heat chamber

Pyra is 3d printed smart oven. It can cook food but it can be used for any process that needs heat chamber. And yes, it is smart, Internet-of-Things device.It is open sourced also! Kudos!

Key features hardware:
  • Built on Fortus 900MC 3D Printer
  • Printed in ULTEM 1010
  • FDA-Approved up to 375˚ F
  • Raspberry Pi + Arduino
  • WiFi Compatibility
  • 12-Bit Digital Temperature Sensor
IoT capability:
  • Thermal Chamber Software
  • Smartphone Compatibility
  • HTML5 Web App
  • Cloud-Enabled
  • Built on Meteor
  • (Framework for Real-Time)
Other features:
  • Designed for Additive
  • Self-Supporting Structure
  • (No Support Material)
  • 80-hour Build Time
  • 3D Printed Heat Exchangers
  • Open Source
How it works:
A 3D printed fan in the base circulates air over heating elements and throughout specialized convective heating systems. The design eschews all the conventional wisdom of traditional manufacturing and embraces the capabilities of 3D printing.
This is evident through the design, from the profile of the complex heating channels to the shape of the smallest part in the heat exchangers 3D printed into the chamber walls. Even the overall shape of the Pyra was dictated by the constraints of FDM—sloping sides of 45 degrees are self-supporting and removing support material from the inside of the labyrinthine ductwork of the Pyra’s interior would be impossible.

Video presentation of Pyra:




Detailed project homepage:

http://studiofathom.com/projectpyra




3D Printing food by FabLab Maastricht

Thomas Sanladerer made this interesting video on 3d Printshow Berlin 2015 about 3d printing food items on a machine developed by FabLab Maastricht. They also involve local chefs and create food silicone molds for food pieces.




Here is the link to the FabLab page:

http://www.fablabmaastricht.nl/en/research-3dfoodprinting

Here is a video with an interview:



Chocolate 3D printer by Print Arsenal (Update: looks like it is a scam)

UPDATE (21.1.2015):

Looks like the whole campaign is a scam and the printer does not exist:

http://www.3ders.org/articles/20150121-crowdfunding-campaign-for-the-print-arsenal-3d-chocolate-printer-turns-out-to-be-fraudulent.html


OLD POST:

New day new 3d printer. This machine developed by Print Arsenal also extrudes chocolate. It is maybe somewhat pricey, but you decide ...






































Print Arsenal Chocolate 3d printer  technical specifications:



You can find it on Indiegogo:

https://www.indiegogo.com/projects/chocolate-3d-printer

Here is video of printer extruding a chocolate ornament:




New 3d printers by XYZprinting: Da Vinci Junior, Nobel 1.0 SLA and Food Printer

XYZPrinting is well known for their Da Vinci machines just released three new machines, Junir with smaller volume, SLA Nobel and Food Printer which extrudes pastes or chocolate and makes food decorations.

Da Vinci Junior technical specifications:
  • Print Technique: FFF
  • Printer Size: 42 x 38 x 43 cm
  • Printer Weight: 12kg
  • Build Envelope: 15 x 15 x 15 cm
  • One Touch Setup
  • Eco friendly power consumption of just 75 watts.
  • Features: SD card support, HFC technology used to detect low filament, one-year warranty.
  • Price: 349 USD
Da Vinci Junior 3d printer




























Here is video review of Da Vinci Junior:



Nobel 1.0 SLA 3d printer technical specifications:
  • Print Technique: Stereolithography
  • Printer Size: 28.2 x 33.7 x 60.5 cm
  • Printer Weight: 20 lb/9.1 kg
  • Auto resin refill
  • Complete cover to ensure dust and pollutants do not spoil the print.
  • Onboard LED Display of 5” with a Touch Panel.
  • Connectivity of Device: USB 2.0 , Host/Client , WiFi
  • Build Envelope: 12.8 x 12.8 x 20cm
  • Print Resolution: X/Y : 300 microns, Z: 25 microns
  • Printing Material: Photopolymer Resin
  • Price: 1499 USD

XYZPrinting Nobel SLA 3d printer




































Here is a video overview of Nobel. Tests or reviews are not yet available.



XYZPrinting Food 3d printer technical specifications:
  • Printer Dimension 420 x 427 x 605 mm
  • Print jets multiple (50-100 cc*3)
  • Nozzle diameter 1/2/4/8 mm (optional)
  • Display 5" touch screen
  • Connectivity USB
  • Maximum creation size 200 x 150 x 150 mm
  • Layer thickness 0.8-6.4 mm
  • Software XYZware
  • Operating System Win 7/Win 8/Mac OSX 10.8
  • File Types STL and XYZ format
  • Price: unknown
Here is a video of food printer in action of extruding chocolate letters on a bread slice:



XYZPrinting also presented some sort of food growing cube with salad growing inside it. Looks like some sort of hydroponics or growth medium desktop / indoor plant growing setup.
There are no independent test or reviews of any of those machines yet.


Lin3s simple design tool that works great for compressed air extruders

Lin3s is a simple CAD web tool that enables you to create 3d objects from simle line drawings. It works great for paste extrusion and air pressure extruders. Lin3s is developed by 3digitalscooks crew and they use it in their 3d printed food projects. Great work!

Here is a basic tutorial on how to use Lin3s with main options:




... and here is the result 3d printed with hummus (yes, hummus!) mmmm on nom nom ...



You can use it via web interface here: http://www.3digitalcooks.com/design-tools/lin3s/lin3s.html

...or learn more about it here:

http://3digitalcooks.com/2015/01/lin3s-new-design-tool/

Interface is very simple:

















PERsonalised FOod using Rapid MAnufacturing for the Nutrition of elderly ConsumErs - 3d printed food for elderly and disabled




This is a first practical real-life application of 3d printed food that makes sense to me and probably has some commercial future. The project has a wide consortium and has received 3 million euro financing from EU FP/ program.

From project description:
The main idea of the PERFORMANCE project is to develop and validate a holistic, personalised food supply chain for frail elderly persons living either in nursing homes, ambient assisted living facilities or at home (visited by nursing services) facing swallowing and/or masticating problems.
The supply “chain” in this case will resemble a loop, with the elderly consumers forming the initial link (providing info on personal preference and needs) as well as the final link (consumption of the personalised food). As a result of the PERFORMANCE project, an overall concept will be available which allows the automated manufacture and supply of personalised, specially textured food for frail and elderly people.
The key question is: “How can personalised nutrition contribute to improving the health of frail elderly people facing swallowing and/or masticating problems and dignified aging in their sunset years?” 
To answer this question, the PERFORMANCE concept will cover the whole supply chain from the food producer to the ready-to-eat meal at point of consumption – whether nursing home or at home. Focus will be put on personalised food for people with mastication and swallowing problems.
The main idea of the PERFORMANCE project is to develop and validate a holistic, personalised food supply chain for frail elderly persons living either in nursing homes, ambient assisted living facilities or at home (visited by nursing services) facing swallowing and/or masticating problems.

Project homepage:

http://www.performance-fp7.eu/

PDF project overview:

http://www.performance-fp7.eu/wp-content/uploads/2013/05/PERFORMANCE_ppt_website-May-2013.pdf


































Update (21.2.2016.):

So, what has become of this project? Are there any results? It's hard to find any. I found only this video and article that presents a tomato sauce dispenser that doesn't look like a 3d printer:



http://www.3ders.org/articles/20160215-foodjet-expands-production-capacity-to-3d-print-whole-meals-for-the-elderly.html


Was this project successful? Or maybe it was just a waste of tax payers money ... I would like to know more ...

No, it is not a fruit 3d printer!

Hype machine is in action again with this "fruit 3d printer" contraption. Let us give some perspective to this:

  1. It doesn't print actual fruit
  2. Only "fruit" "printed" is a "raspberry" or to be more blunt, probably the only shape you can get from tiny spheres is raspberry. It is not even convincing raspberry. 
  3. It prints with tiny spheres of fruit paste or puree
  4. All the parts of the machine look as made from technology that exist for some time and it is open sourced (any 3d printer + syringe extruder like Cellstuder)

From the source:
Cambridge design company Dovetailed is today launching its 3D fruit printer, creating ‘fruit’ you can eat.
The company, which is working with Microsoft in Cambridge, says it takes just seconds to print an apple or a pear, or any other type of fruit.
The printer uses a molecular-gastronomy technique called spherification. It combines individual liquid droplets with different flavours into a fruit shape.
It is aimed at chefs, foodies and anyone interested in making creative dining experiences. No specialist knowledge of cuisine or molecular-gastronomy is required, and, the fruit produced is all organic.
On of the commentators got the point of the technology with the touch of sarcasm (aka. in the correct way):
"So you basically have to load it with apple in order to print an apple? Ingenious!"
The technology could be very useful for some specific purposes and niche markets but no one benefits from the marketing hype.

Source article with more information:

http://www.cambridge-news.co.uk/Business/Business-News/Unveiled-the-3D-printer-that-creates-fruit-you-can-eat-20140524070245.htm

Here is the company page:

http://www.dovetailed.co/

Fruit 3d printer. Nothing spectacular here. 

You can see the "3d printed fruit" on the spoon here. I've seen some fruit before, this doesn't look like it ...









Update:

Here is the video of Dovetailed "fruit 3d printer" in action. It still doesn't look like anything near fruit printing.



PancakeBot pancake printer







THIS IS AWESOME! Pancake printer! wohooooo! I love pancakes, I just made pancakes for breakfast this morning (we call them here "American" pancakes since ours are somewhat different).

PancakeBot is project by Miguel Valenzuela.
There are two versions of the printer, acrylic frame and LEGO version:





PancakeBot homepage:

http://www.pancakebot.com/

You can make your Pancakebot, all the files are available here:

http://sourceforge.net/projects/pancakebot/files/?source=navbar

Here is another video of it in action by Make:






Why Foodini failed their Kickstarter?

Foodini food 3d printer had a Kickstarter fundraising campaign and they have not reached their funding goal. They reached $80,279 out of $100,000 goal. Why did it happen?

First let's have a look at their campaign:

https://www.kickstarter.com/projects/456763017/designed-for-healthy-eating-foodini-a-3d-food-prin




foodini food 3d printer usage models and target markets

Examples of Foodini 3d printed food items for home users

Foodini in more professional culinary environment 

I think this is the main reason Foodini failed, too many steps, you have to cook and prepare ingredients yourself, load it (and probably clean it afterwords) ...  

Foodini food 3d printer technical specification



































































































So why did it fail to reach funding goal? Here are my opinions:


  1. Too complex procedure: you have to prepare the printing paste, process the food items, maybe cook them, load them, probably clean them form the printer. Ease of use is lost there, from early presentations I thought it will come with some sort of ready cartridges. I probably misunderstood the concept
  2. Target markets: since there is no ease of use, professional chefs can do everything by hand or give the task of making those complex food decorative elements to novice staff. Professionals don't need machines, it is also linked to professional pride and craft culture. Home users don't need such a machine because they want to do-it-themselves even if the results are far worst then machine made meals. They want to own their work.


This is a big signal to Foodini team to rethink their strategy ... but that's just my two cents ...


BotBQ open source barbecue extruder for your 3d printer

BotBQ is an open source barbecue extruder for your 3d printer.  It is basically big powered culinary syringe that extrudes meat into shapes.  

Here is how to assemble it guide video:




Here it is extruding some meat:



Interesting interview with its creator Jason Ray on 3digitalcooks:

http://3digitalcooks.com/2013/12/botbq-interview-jason-ray/

He is working on developing two models: home kitchen model and higher volume "prosumer" bigger grill model.




























BotBQ project homepage  with extensive information about it:

http://botbq.org/


3d printed burger from BotBQ on grill





How to print with chocolate on your DIY 3d printer

Jonathan Keep is well known for his Delta clay printer. In this video he shows low-tech method to 3d print shapes from chocolate at your home. He made an extruder from a syringe which is air pressure powered from regular soda bottle and bike pump. Ingenious!
Looks yummy!




Source and more details:

http://www.keep-art.co.uk/journal_14.html

https://www.youtube.com/user/jkpottery?feature=watch




Chocabyte low cost chocolate 3d printer

This chocolate 3d printer should cost only  99 USD and cartridges with sweet brown goodness only 5 USD. It doesn't get better then that folks.It is still under development.




http://www.chocabyte.com/

For another more advanced chocolate 3d printer see:

http://diy3dprinting.blogspot.com/2014/01/chocolate-choc-creator-v1-3d-printer.html

If you want to make your own simple chocolate extruder to attach to your desktop 3d printer go here:

http://diy3dprinting.blogspot.com/2014/02/how-to-print-with-chocolate-on-your-diy.html





Chocolate Choc Creator V1 3d printer

Well, you can see it in the name. It is a chocolate 3d printer.  Omnomnomnom ...
This printer is aimed at small chocolate business. It is priced at £2888.00 (exl. VAT).




From the product page:
Choc Creator is a simple, versatile precision desktop 3D Chocolate Printer, developed as a cost-effective solution for individuals, chocolatiers, entrepreneurs and small businesses to make innovative chocolate products; the possibilities are endless!
Features:
  • Compact three dimensional motion platform allows for convenient desktop use anywhere.
  • Easy-to-use printing head and quick-install syringe mean that the printer can be refilled within a matter of minutes.
  • Simple USB connection means that designs can be rapidly sent to the printer for creation.
  • Designed to print accurate chocolate line tracks from 0.5 mm to 1.5 mm - much finer and more precise than any current manual piping technique.
  • Every step is computerized to offer repeatability without errors, and at the same time flexibility to manipulate printing parameters for meeting different speed and accuracy requirements.
  • Print onto various substrates such as on other chocolates, cakes, biscuits, dishes, paper for chocolate decoration as well as complete products.
  • Commonly used chocolates can be used and various chocolates (brown, dark, white, red, blue, etc.) can be conveniently filled into the printing head to print fantastic and artistic colourful chocolate decorations and products.
  • Print chocolate into 2D cross-section patterns like an ink printer or, due to the Choc Creators unparalleled level of precision, sequentially deposit chocolate onto consolidated patterns layer-by-layer to form 3D objects.
In the Box:
  • 1 Choc Creator V1 3D Printer
  • 2 Syringes
  • 6 Printing Tips
Technical Specifications:
  • Build Envelope: 175(X)mm x 175(Y)mm x 70(Z)mm
  • Maximum Linear Speed: 2000mm/min
  • Printing Head: The deposition process is precisely controlled using a stepper motor to extrude chocolate out of a 10ml syringe. High Precision printing nozzle is used for fine printing (approx. 0.5mm to 1.5mm track depending on print setting). Two sets of printing head consumables (2 syringes and 2 nozzles) will be supplied.
  • File Format: Accepts STL files (standard 3d printing file) and G-code (standard SNC machining language). File is uploaded to the printer via a standard USB connection.
 Software:
  • This hobby printer is controlled using simple open source software. User has full access to the print settting parameters and instructions are provided.
  • Quality, Service And Warranty: Choc Printer comes with CE marking to assure the quality, safety and acceptability for chocolate processing. Choc Edge team is dedicated to provide cutting edge chocolate printing solutions and essential technical supports for users. One-year product warranty is provided to replace non-working components.
  • Product Delivery And Assembling: Choc creator printer can be delivered worldwide and delivery typically takes 1-2 weeks for UK, 3-4 weeks for EU and 4-5 weeks for international buyers. The printer is fully assembled and tested before the delivery.

https://chocedge.com/choc-creator-v1.php

Choc Creator v1 PDF brochure:

https://chocedge.com/Choc-Edge-Choc-Creater-Product-Information.pdf






























Update:

here is a method you can print chocolate shapes on your home DIY 3d printer:

http://diy3dprinting.blogspot.com/2014/02/how-to-print-with-chocolate-on-your-diy.html



3d Systems on CES 2014: they came, they presented and they won

I was never fan of 3D Systems corporate style of marketing, but they DOMINATED the CES 2014 with technology! They presented many new products and technologies and started to remove barriers between high end and prosumer 3d printing machines with CubeJet sub 5000$ jet 3d printer.
Kudos to you 3D Systems! and please PLEASE drop this crazy proprietary cartridges scheme. Let user have some freedom. I think most users hate that.
They seem light years ahead of Stratasys-MakerBot team who showed only different sized Replicators.

Here is long detailed video presentation on most of their new products guided by 3D Systems CEO Avi Reichental.



They presented following 3d printers and technologies:

ChefJet™ Series - an entirely new, kitchen-ready 3D printer category for edibles. The first two printers in the series are the monochrome, countertop ChefJet 3D printer and the full-color, larger format ChefJet Pro 3D printer. Both are expected to ship in the second quarter of 2014.









CeraJet™ - a 3D printer extending our 3D printing portfolio to the ancient artisanal craft of pottery and ceramics. The CeraJet prints intricate and detailed ceramic objects fast using our ColorJet Printing (CJP) technology, that are ready for glazing and firing. It is expected to ship in the second half of 2014.

CubeJet™ - a category defining, desktop 3D printer delivering vibrant, full-color, high-resolution parts for a wide range of modeling and real-use products. The CubeJet delivers the first truly affordable, full-color desktop 3D printing experience and is expected to ship in the second quarter of 2014.
It will be priced UNDER 5000 USD and it is first machine of this price range and type to be sold to prosumer market.


Touch™ - the first-ever haptic-based, consumer 3D mouse for intuitive 3D sculpting and design with instant force feedback that mimics the sense of physical sculpting. Priced at $499 including Cubify® SculptTM software, Touch is expected to commence commercial shipment during the second quarter of 2014.

Touch haptic 3d controller by 3d Systems 
























3DMe® Photobooth – the first compact, integrated physical photography pod that brings the 3DMe experience directly to the retailer floor and event space. Powered by 3DS’ consumer cloud-hosting, publishing and fulfillment platform, it is capable of instant, full-color, realistic 3D face capture for intuitive mashing with a host of personalized and licensed figurines. It is expected to ship in the second quarter of 2014.




Cube® 3 - the third generation of our popular home 3D printer with a sleek new industrial design and dual color printing for even more creative possibilities. It is kid-safe, easy-to-use and has mobile print capabilities from the Cubify app for iOS, Android and Windows. Expected to ship in the second quarter of 2014.





CubePro™ - the only simultaneous triple-color, multi-materials, large capacity, 3D prosumer printer available today. The CubePro features a controlled environment print chamber that assures high-fidelity performance and delivers professional quality prints consistently and with the ease. Expected to ship in the second quarter of 2014.




iSense 500$ 3d scanned that clips on the IPad. You can also measure and 3d scan rooms and calculate surfaces with it.





3D Systems also partnered up with Samsung to 3d print custom Samsung smartphone inlays and covers:


They went heavy into toys with Digital Dollhouse and Makie Lab:

Digital Dollhouse




Makie Lab



http://www.3dsystems.com/


BTW, 3D Systems staff  are wearing 3d printed watches they are making in partnership with Nooka:

http://diy3dprinting.blogspot.com/2013/12/nooka-and-cubify-partner-up-to-deliver.html


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