For a limited time, Aldi supermarkets in the United Kingdom will sell a Balco 3D printer for £300 as part of its Specialbuys selection.

Balco 3D Printer on Sale for £300 at UK Aldi for the First Time | All3DP

Nintendo’s NES has been discontinued. But you can build your own NES with a Raspberry Pi and a 3D printed Raspberry Pi NES case.

16 Coolest Raspberry Pi NES Cases to DIY or Buy | All3DP

If the relationship between you and your Ender 3's hot end is getting heated, consider replacing the stock model with one of several alternatives.

Ender 3 Hot End: What to Consider & Which to Buy | All3DP

3D scanning and 3D printing is used to resurrect a Tetrapod named Tiny, a 350 million year old fossil discovered inside a rock in Scotland.

3D Scanning Reveals 350m Year Old Tetrapod Named Tiny | All3DP

Have an ancient DVD or CD drive collecting dust in your garage? You can use your 3D printer and a recycled lens to create an e-waste pocket microscope. 

[Project] Create a 3D Printed Pocket Microscope from E-Waste | All3DP

Looking for a 3D printer to make the perfect miniatures? Keep reading to find the 3D printer or service that's ideal for you and your miniatures!

3D Printer for Miniatures: All You Need to Know | All3DP

DfAM is the method, science, and skill to design or redesign parts, products, and components to be additively manufactured using 3D printers.

Design for Additive Manufacturing (DfAM) – Simply Explained | All3DP Pro

MIT Lab constructs the Multifab printer. It’s capable of printing ten different materials and embedding complex components.

The MultiFab: 3D Print Multi-Materials, No Assembly Required | All3DP

Duke University researchers have developed a hydrogel which can be used for printing meniscus implants perfect for easing aching knees.

Duke University Develops 3D Printable Hydrogel for Menisci Implants | All3DP

The Dremel DigiLab 3D40 Flex is an educationally-minded desktop 3D printer aimed at schools and universities. Read on as we review its specs.

Dremel 3D40 Flex 3D Printer: Review the Specs | All3DP

Take pictures through your telescope with a camera to telescope adapter. Instead of buying one, you can 3D print it easily.

3D Print a Camera to Telescope Adapter for Nikon, Sony, Canon | All3DP

Cura skirt, brim, and raft settings can save you time and money! Read on to find out what they are and how to use them.

Cura Skirt, Brim, & Raft Settings: All You Need to Know | All3DP

No es un modelo para imprimir sino que sirve de componente para otros proyectos que usen este interruptor

Modelo Freecad interruptor

No es un modelo para imprimir sino que sirve de componente para otros proyectos que usen este interruptor


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 This elegant LED LAMP was designed for a 60 cm 12V LED strip. It includes a battery holding compartment and a On/Off switch mount. Optimised for the best printing quality on FDM Printers, Support Free and doesn&apos;t need glue to be assembled.
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SQUARE LED LAMP

 This elegant LED LAMP was designed for a 60 cm 12V LED strip. It includes a battery holding compartment and a On/Off switch mount. Optimised for the best printing quality on FDM Printers, Support Free and doesn't need glue to be assembled. 

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 This object was made in Tinkercad. https://www.tinkercad.com/things/c9m0eYyah81
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antminer vent joint pipe

 This object was made in Tinkercad. https://www.tinkercad.com/things/c9m0eYyah81 

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 This simple gadget may surprise you with how much additional contents it can recover from inside bottles of sauce etc. This has proven to be far more effective that trying to use an everyday kitchen utensil however it can be a bit messy... but will minimise waste and save money.
The design has been made to be as universal as possible but may not work with all bottles (i.e. with an opening of less than 24mm and/or longer neck than 18mm. It should work with most common sizes...
Refer to the images for Instructions for use and as follows:
Get a plate or container you want to recover the contents of the bottle into/onto. Insert the Internal Scraper into the neck of the bottle you want to scrape out. Holding the small handle of the Internal Scraper that is protruding from under the bottle, push the scraper edge against the vertical inside edge of the bottle. Pull the bottle up so the scrapers lower edge will also wipe around the bottom inside surface of the bottle. While continuing to hold the small Internal Scraper handle, rotate the bottle counter clockwise. The scraper blade will start wiping around the inside of the bottle and the remaining contents forced inwards so it comes out the bottom and onto a plate or into a container. This only costs a few cents to print so will cover its cost within the first use or two.
Even if you aren&apos;t worried about the potential to save money it can be of use when you want the sauce (or whatever is in the bottle concerned) and find it is empty and you don&apos;t have another one in the cupboard. With the Internal Scraper, chances are you will get out the amount you need at the time...
Note: If you like this check out all my other designs!
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Internal Bottle Scraper - Scrapes The Remaining Contents Out Of Bottles

 This simple gadget may surprise you with how much additional contents it can recover from inside bottles of sauce etc. This has proven to be far more effective that trying to use an everyday kitchen utensil however it can be a bit messy... but will minimise waste and save money. The design has been made to be as universal as possible but may not work with all bottles (i.e. with an opening of less than 24mm and/or longer neck than 18mm. It should work with most common sizes... Refer to the images for Instructions for use and as follows: Get a plate or container you want to recover the contents of the bottle into/onto.Insert the Internal Scraper into the neck of the bottle you want to scrape out.Holding the small handle of the Internal Scraper that is protruding from under the bottle, push the scraper edge against the vertical inside edge of the bottle.Pull the bottle up so the scrapers lower edge will also wipe around the bottom inside surface of the bottle.While continuing to hold the small Internal Scraper handle, rotate the bottle counter clockwise.The scraper blade will start wiping around the inside of the bottle and the remaining contents forced inwards so it comes out the bottom and onto a plate or into a container.This only costs a few cents to print so will cover its cost within the first use or two. Even if you aren't worried about the potential to save money it can be of use when you want the sauce (or whatever is in the bottle concerned) and find it is empty and you don't have another one in the cupboard. With the Internal Scraper, chances are you will get out the amount you need at the time... Note: If you like this check out all my other designs! 

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 The amazing bubble bead appears to be made of interlocking bubbles suggestive of cell division.&#xA0;Pay particular attention to reflections made inside of the structure. This shape tends to produce flattering highlights under artificial light. This abstract organic sculpture makes an attractive necklace pendant, bracelet charm or bead, about 2.5 cm wide.
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Bubble Bead Pendant

 The amazing bubble bead appears to be made of interlocking bubbles suggestive of cell division. Pay particular attention to reflections made inside of the structure. This shape tends to produce flattering highlights under artificial light. This abstract organic sculpture makes an attractive necklace pendant, bracelet charm or bead, about 2.5 cm wide. 

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 &#xA0;Inspired by shutter shades (a certain Mr K West&apos;s glasses) and angular geometry, this pair of aviators&#xA0;are like no other and they&apos;re 3D printable without supports. &#xA0;The hinge&#xA0;between the glasses arms and frame are concealed so the joints are not visible. They&#xA0;can be fitted with lenses, prescription or otherwise.
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Kriss Kross Aviators (Prescription lens version)

 Inspired by shutter shades (a certain Mr K West's glasses) and angular geometry, this pair of aviators are like no other and they're 3D printable without supports. The hinge between the glasses arms and frame are concealed so the joints are not visible. They can be fitted with lenses, prescription or otherwise. 

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 <iframe src="//www.youtube.com/embed/iPC9VSxv6uI" width="425" height="350"></iframe>
TUTORIAL
This tutorial will show you how to easily build your own car racing game using 3D printing and the BBC Micro:bit.
You will need :
<ul>
<li>
1 BBC micro:bit
</li>
<li>
1 coin cell battery 3V + 1 coin cell holder
</li>
<li>
1 3D printer + filament
</li>
</ul>
Step 1 : Print the wheel
Simply download the STL file of the wheel on this page.
Next, you will have to slice the parts.&#xA0;That means to generate a code, representative of your 3D part which your printer will be able to understand. This action is called &#x201C;slicing&#x201D; because your printer prints layer by layer and the software needs to calculate the path that the printer&apos;s nozzle will follow. Make sure to use the appropriate slicer for your 3D printer, ask your teacher if you need help!
Here are the settings for printing your wheel : speed at 70 mm/s, 0.2mm layer height, 10% infill, temperature between 200&#xBA;C and 240&#xBA;C. This design is support free !
Step 2: Flash your micro:bit
There are two versions of the racing game. You can download the codes by clicking on the link below or on the zip file on this page. The programs are explained in the appendix attached.
Click on &#x201C;Compile&#x201D; to download the code on your computer. Then, drag and drop the file into the micro:bit icon on your computer section.
Version 1: <a href="https://www.microbit.co.uk/jaynsnytym">https://www.microbit.co.uk/jaynsnytym</a>
After the countdown push A to move left and B to move right in order to avoid the obstacles. Push the reset button at the back of the micro:bit to play again.
&#xA0;
<img src="C:\Users\MMFAcademy157\Documents\Lucie\MicroRace\Pictures" alt="1"><img src="C:\Users\MMFAcademy157\Documents\Lucie\MicroRace\Pictures" alt><img style="display: block; margin-left: auto; margin-right: auto;" src="http://i.imgur.com/y9u9JoR.png" alt width="500" height="335">
<img src="C:\Users\MMFAcademy157\Documents\Lucie\MicroRace\Pictures" alt><img src="C:\Users\MMFAcademy157\Documents\Lucie\MicroRace\Pictures" alt>Version 2: <a href="https://www.microbit.co.uk/zipeuqtzob">https://www.microbit.co.uk/zipeuqtzob</a>
It is the same game but instead of using the buttons to move, you have to turn your wheel like a real driver:
&#xA0;<img style="display: block; margin-left: auto; margin-right: auto;" src="http://i.imgur.com/8R2nsrm.jpg" alt width="450" height="300">
LOOK OUT! Because the micro:bit uses the compass, at the beginning of a new game, you will to calibrate the device by drawing a circle by moving the micro:bit.
Enjoy!
&#xA0;
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Micro:Racing

 TUTORIAL This tutorial will show you how to easily build your own car racing game using 3D printing and the BBC Micro:bit. You will need : 1 BBC micro:bit 1 coin cell battery 3V + 1 coin cell holder 1 3D printer + filament Step 1 : Print the wheel Simply download the STL file of the wheel on this page. Next, you will have to slice the parts. That means to generate a code, representative of your 3D part which your printer will be able to understand. This action is called “slicing” because your printer prints layer by layer and the software needs to calculate the path that the printer's nozzle will follow. Make sure to use the appropriate slicer for your 3D printer, ask your teacher if you need help! Here are the settings for printing your wheel : speed at 70 mm/s, 0.2mm layer height, 10% infill, temperature between 200ºC and 240ºC. This design is support free ! Step 2: Flash your micro:bit There are two versions of the racing game. You can download the codes by clicking on the link below or on the zip file on this page. The programs are explained in the appendix attached. Click on “Compile” to download the code on your computer. Then, drag and drop the file into the micro:bit icon on your computer section. Version 1: https://www.microbit.co.uk/jaynsnytym After the countdown push A to move left and B to move right in order to avoid the obstacles. Push the reset button at the back of the micro:bit to play again. Version 2: https://www.microbit.co.uk/zipeuqtzob It is the same game but instead of using the buttons to move, you have to turn your wheel like a real driver: LOOK OUT! Because the micro:bit uses the compass, at the beginning of a new game, you will to calibrate the device by drawing a circle by moving the micro:bit. Enjoy! 

BED CLIP

Mugcup

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 When you are in an awkward position trying to attach a nut to a bolt, a finger wrench may be just what you need. Tight corners especially, and anywhere that requires reaching into the unknown: dropping a spanner down the back of a radiator is all too easy, dropping your finger is not.
I recently discovered this great little gadget on a DIY blog but unfortunately the company that originally supplied it is no longer making the product (why??) and i can&apos;t find anywhere to purchase existing stock.
I had to have one, so I modelled and 3D printed this little beauty and it works a treat!
Easy to use: There is a gap all down the back side, thereby allowing one size to fit a wide range of fingers. Slip a nut or bolt into the wrench as shown in the two images. Finger pressure keeps the nut or bolt in place. The tapered slot inside the wrench prevents the nut or bolt from turning.
Suitable for 1/2inch nut/bolt and smaller.
Print PLA or ABS 0.2mm 100% infill for strength.
Enjoy!
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Finger Wrench (digit spanner)

 When you are in an awkward position trying to attach a nut to a bolt, a finger wrench may be just what you need. Tight corners especially, and anywhere that requires reaching into the unknown: dropping a spanner down the back of a radiator is all too easy, dropping your finger is not. I recently discovered this great little gadget on a DIY blog but unfortunately the company that originally supplied it is no longer making the product (why??) and i can't find anywhere to purchase existing stock. I had to have one, so I modelled and 3D printed this little beauty and it works a treat! Easy to use:There is a gap all down the back side, thereby allowing one size to fit a wide range of fingers. Slip a nut or bolt into the wrench as shown in the two images. Finger pressure keeps the nut or bolt in place. The tapered slot inside the wrench prevents the nut or bolt from turning. Suitable for 1/2inch nut/bolt and smaller. Print PLA or ABS 0.2mm 100% infill for strength. Enjoy! 

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 Small portable tool to prevent your hands from coming into contact with door handles and other potentilly contaminated surfaces when in public spaces.&#xA0;
Designed to avoid spread of disease and to maintain hygiene during the current global pandemic.&#xA0; REMEMBER: Wash the tool as frequently as you wash your hands!!
&#xA0;
Comes in left and right handed variants
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Handsfree Door Opener

 Small portable tool to prevent your hands from coming into contact with door handles and other potentilly contaminated surfaces when in public spaces. Designed to avoid spread of disease and to maintain hygiene during the current global pandemic. REMEMBER: Wash the tool as frequently as you wash your hands!! Comes in left and right handed variants 

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 &#xA0;Just a simple easy toothpaste squeezer to help get that last bit of toothpaste.
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