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It prints, but I've got a lot of fine tuning to do, as well as adding end-stops and dealing with wire management.

 

Got a glitch somewhere that caused a Y axis offset about 4mm into a 20x20x20 build.

Steampunk hotrod pickup

Available on thingiverse.com www.thingiverse.com/thing:673147

Northern Virginia RepRap Group (L to R): Paul (Chase), Michael (Quaintance), Igor (Birman), Brian (Jacoby), Keith (McGerald), Zoey (Privacy), Eric (Miller), Jim (Sheedfar), Newton (Robinson), Eric (Mitchell), Brian (Pugh), Steve (Struebing).

created with HP Designjet 3D printer

 

printed in one piece; no assembly

Emmett's Cube Gears: www.thingiverse.com/thing:6073

 

Stop by 3dprinterforum.org for discussion about the MK6!

135mm tall, my tallest print by a mile!

 

Printed on my MakerBot Cupcake in Nuclear Green and Yellow ABS.

 

Based on the design from here:

 

www.desktopfab.com/projects/eos.php

Photos from a day at the London 3D Printshow 2014.

 

Photo by: Creative-Tools.com

Electron Mix G3 - Portable 3d printer kit

  

Multi Filament compatibility: PLA, ABS, Flexible PLA, HIPS, WOOD, PVA, and Nylon.

Automatic print bed levelling (Optional).

Print area of 200 x 200 x 200 mm (Standard). Large print area of 200 x 280 x 200 mm (Optional)

Less parts. Easy Assembling. High performance. Better than reprap prusa i3.

Bowden Extruder and E3D V6 Hotend.

Extruder temperature: 330 degree C. Hotend Temperature: 140 degree C.

Print speed: 100 mm/s.

Layer resolution: 100 Microns.

Layer thickness: 0.05 to 0.5mm.

MKS Base V1.3 Mainboard.

USB and SD Card connectivity (Offline printing).

  

www.3dprintersonlinestore.com/electron-mix-g3-3d-printer-kit

My third MakerBot since 2009.

This model was printed on the UP! 3D Printer via www.3Dprintingsystems.com

And another big filament stack.

For a whole week, maker, potter and artist Jonathan Keep built a clay 3D printer, for the us to keep and use!

Jonathan says: “I have long used computer software to develop new ceramic forms. With an interest in the hidden numerical code that underpins all nature, I have developed a working process whereby the shapes of these pots are written in computer code. This digital information is passed to a studio based DIY 3D printer that I have adapted to print in clay. Layer by layer the pots are printed out – a sort of mechanical pottery coil building. After printing, the ceramic is fired and glazed in the normal way.”

Based on the delta type of 3D printer, his design aims to use parts that can be made fairly easily with basic tools and skills or can be ordered online. This design is specifically for printing with clay but it could be adapted to work with other materials too. The design is open source and can be found here: www.keep-art.co.uk/Self_build.html

Members dropped in throughout the week to see how Jonathan was getting on, and even help build it.

Looks like the insides of a computer. An awesome 3D printing computer!

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