Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com Functional 3D Printed Ceramics by Olivier Van Herpt
~ journal.benbashford.com
prostheticknowledge:

Ceramic 3D Printer
Artist Jonathan Keep has put together a 3D printer to produce digital objects out of clay, and has put together a document to build one:

Based on the delta type of 3D printer my aim has been to use parts that can either be made with basic DIY tools and skills, or ordered off the internet. The design is specifically for printing in clay but could be adapted to work with other materials. Many other self build 3D printers use parts printed in plastic but with this project I did not want to be reliant on already having access to a 3D printer.

More Here
Looking at Jonathan’s website (in particular the ‘Digital Pots' section), you will see various series based on various ideas. There is the Random Growth of generative forms, Sound Surface based on musical audio data, and other computational methods.
More examples of work can be found here
prostheticknowledge:

Ceramic 3D Printer
Artist Jonathan Keep has put together a 3D printer to produce digital objects out of clay, and has put together a document to build one:

Based on the delta type of 3D printer my aim has been to use parts that can either be made with basic DIY tools and skills, or ordered off the internet. The design is specifically for printing in clay but could be adapted to work with other materials. Many other self build 3D printers use parts printed in plastic but with this project I did not want to be reliant on already having access to a 3D printer.

More Here
Looking at Jonathan’s website (in particular the ‘Digital Pots' section), you will see various series based on various ideas. There is the Random Growth of generative forms, Sound Surface based on musical audio data, and other computational methods.
More examples of work can be found here
prostheticknowledge:

Ceramic 3D Printer
Artist Jonathan Keep has put together a 3D printer to produce digital objects out of clay, and has put together a document to build one:

Based on the delta type of 3D printer my aim has been to use parts that can either be made with basic DIY tools and skills, or ordered off the internet. The design is specifically for printing in clay but could be adapted to work with other materials. Many other self build 3D printers use parts printed in plastic but with this project I did not want to be reliant on already having access to a 3D printer.

More Here
Looking at Jonathan’s website (in particular the ‘Digital Pots' section), you will see various series based on various ideas. There is the Random Growth of generative forms, Sound Surface based on musical audio data, and other computational methods.
More examples of work can be found here
prostheticknowledge:

Ceramic 3D Printer
Artist Jonathan Keep has put together a 3D printer to produce digital objects out of clay, and has put together a document to build one:

Based on the delta type of 3D printer my aim has been to use parts that can either be made with basic DIY tools and skills, or ordered off the internet. The design is specifically for printing in clay but could be adapted to work with other materials. Many other self build 3D printers use parts printed in plastic but with this project I did not want to be reliant on already having access to a 3D printer.

More Here
Looking at Jonathan’s website (in particular the ‘Digital Pots' section), you will see various series based on various ideas. There is the Random Growth of generative forms, Sound Surface based on musical audio data, and other computational methods.
More examples of work can be found here
prostheticknowledge:

Ceramic 3D Printer
Artist Jonathan Keep has put together a 3D printer to produce digital objects out of clay, and has put together a document to build one:

Based on the delta type of 3D printer my aim has been to use parts that can either be made with basic DIY tools and skills, or ordered off the internet. The design is specifically for printing in clay but could be adapted to work with other materials. Many other self build 3D printers use parts printed in plastic but with this project I did not want to be reliant on already having access to a 3D printer.

More Here
Looking at Jonathan’s website (in particular the ‘Digital Pots' section), you will see various series based on various ideas. There is the Random Growth of generative forms, Sound Surface based on musical audio data, and other computational methods.
More examples of work can be found here
prostheticknowledge:

Ceramic 3D Printer
Artist Jonathan Keep has put together a 3D printer to produce digital objects out of clay, and has put together a document to build one:

Based on the delta type of 3D printer my aim has been to use parts that can either be made with basic DIY tools and skills, or ordered off the internet. The design is specifically for printing in clay but could be adapted to work with other materials. Many other self build 3D printers use parts printed in plastic but with this project I did not want to be reliant on already having access to a 3D printer.

More Here
Looking at Jonathan’s website (in particular the ‘Digital Pots' section), you will see various series based on various ideas. There is the Random Growth of generative forms, Sound Surface based on musical audio data, and other computational methods.
More examples of work can be found here
prostheticknowledge:

Ceramic 3D Printer
Artist Jonathan Keep has put together a 3D printer to produce digital objects out of clay, and has put together a document to build one:

Based on the delta type of 3D printer my aim has been to use parts that can either be made with basic DIY tools and skills, or ordered off the internet. The design is specifically for printing in clay but could be adapted to work with other materials. Many other self build 3D printers use parts printed in plastic but with this project I did not want to be reliant on already having access to a 3D printer.

More Here
Looking at Jonathan’s website (in particular the ‘Digital Pots' section), you will see various series based on various ideas. There is the Random Growth of generative forms, Sound Surface based on musical audio data, and other computational methods.
More examples of work can be found here

prostheticknowledge:

Ceramic 3D Printer

Artist Jonathan Keep has put together a 3D printer to produce digital objects out of clay, and has put together a document to build one:

Based on the delta type of 3D printer my aim has been to use parts that can either be made with basic DIY tools and skills, or ordered off the internet. The design is specifically for printing in clay but could be adapted to work with other materials. Many other self build 3D printers use parts printed in plastic but with this project I did not want to be reliant on already having access to a 3D printer.

More Here

Looking at Jonathan’s website (in particular the ‘Digital Pots' section), you will see various series based on various ideas. There is the Random Growth of generative forms, Sound Surface based on musical audio data, and other computational methods.

More examples of work can be found here

Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org
More info: A new 21st Century Craft - Large 3D printer manufactures skillfully crafted ceramics impossible to produce on a potter’s wheel

Large Clay 3D Printer that can print functional ceramics by Vormvrij 3D

We do not use a motor. We use an 8 litre pressure vessel with an external compression. It has a high precision pressure gauge so we can finely tune the speed at which the clay leaves the head. That in combination with on the go adjustable print speed makes the prints very consistent.

~ 3ders.org

More info:
A new 21st Century Craft -
Large 3D printer manufactures skillfully
crafted ceramics impossible to produce
on a potter’s wheel

DIY Portable PC made on 3D Printer by Noe Ruiz
Ingredients:
Raspberry Pi B
PiTFT 320x240 2.8” Touchscreen
6600mAh Lithium Ion Battery (Optional, but will make it a portable device.)
Slide Switch (Optional, but will make it a portable device.)
Powerboost 500C (Optional, but will make it a portable device.)
Stereo Class D (Optional, but will make it an awesome audio device.)
Thin Speaker 8ohm 0.25w (Also necessary for the tunes.)
Panel mount HDMI cable
More Info: Mini Mac Pi DIY Portable PC made on 3D Printer by Noe Ruiz
Ingredients:
Raspberry Pi B
PiTFT 320x240 2.8” Touchscreen
6600mAh Lithium Ion Battery (Optional, but will make it a portable device.)
Slide Switch (Optional, but will make it a portable device.)
Powerboost 500C (Optional, but will make it a portable device.)
Stereo Class D (Optional, but will make it an awesome audio device.)
Thin Speaker 8ohm 0.25w (Also necessary for the tunes.)
Panel mount HDMI cable
More Info: Mini Mac Pi DIY Portable PC made on 3D Printer by Noe Ruiz
Ingredients:
Raspberry Pi B
PiTFT 320x240 2.8” Touchscreen
6600mAh Lithium Ion Battery (Optional, but will make it a portable device.)
Slide Switch (Optional, but will make it a portable device.)
Powerboost 500C (Optional, but will make it a portable device.)
Stereo Class D (Optional, but will make it an awesome audio device.)
Thin Speaker 8ohm 0.25w (Also necessary for the tunes.)
Panel mount HDMI cable
More Info: Mini Mac Pi DIY Portable PC made on 3D Printer by Noe Ruiz
Ingredients:
Raspberry Pi B
PiTFT 320x240 2.8” Touchscreen
6600mAh Lithium Ion Battery (Optional, but will make it a portable device.)
Slide Switch (Optional, but will make it a portable device.)
Powerboost 500C (Optional, but will make it a portable device.)
Stereo Class D (Optional, but will make it an awesome audio device.)
Thin Speaker 8ohm 0.25w (Also necessary for the tunes.)
Panel mount HDMI cable
More Info: Mini Mac Pi DIY Portable PC made on 3D Printer by Noe Ruiz
Ingredients:
Raspberry Pi B
PiTFT 320x240 2.8” Touchscreen
6600mAh Lithium Ion Battery (Optional, but will make it a portable device.)
Slide Switch (Optional, but will make it a portable device.)
Powerboost 500C (Optional, but will make it a portable device.)
Stereo Class D (Optional, but will make it an awesome audio device.)
Thin Speaker 8ohm 0.25w (Also necessary for the tunes.)
Panel mount HDMI cable
More Info: Mini Mac Pi DIY Portable PC made on 3D Printer by Noe Ruiz
Ingredients:
Raspberry Pi B
PiTFT 320x240 2.8” Touchscreen
6600mAh Lithium Ion Battery (Optional, but will make it a portable device.)
Slide Switch (Optional, but will make it a portable device.)
Powerboost 500C (Optional, but will make it a portable device.)
Stereo Class D (Optional, but will make it an awesome audio device.)
Thin Speaker 8ohm 0.25w (Also necessary for the tunes.)
Panel mount HDMI cable
More Info: Mini Mac Pi

DIY Portable PC made on 3D Printer by Noe Ruiz

Ingredients:

  • Raspberry Pi B
  • PiTFT 320x240 2.8” Touchscreen
  • 6600mAh Lithium Ion Battery (Optional, but will make it a portable device.)
  • Slide Switch (Optional, but will make it a portable device.)
  • Powerboost 500C (Optional, but will make it a portable device.)
  • Stereo Class D (Optional, but will make it an awesome audio device.)
  • Thin Speaker 8ohm 0.25w (Also necessary for the tunes.)
  • Panel mount HDMI cable

More Info: Mini Mac Pi

Oddbot - 3d printable DIY robot with Mecanum wheels by Olaf Diegel 
Detailed construction instructions with all the files and software can be found at:http://www.odd.org.nz/oddbot.html
~ diy3dprinting.blogspot.com Oddbot - 3d printable DIY robot with Mecanum wheels by Olaf Diegel 
Detailed construction instructions with all the files and software can be found at:http://www.odd.org.nz/oddbot.html
~ diy3dprinting.blogspot.com

harry-parkinson-198120:

Reprinted sphere in a sphere. There are slots in each cutout circle for acrylic windows which will go in soon.

(via go3dprinting)

DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown DIY Weekend Smack 07: Glowing Inlaid Resin Shelves
by Mat Brown