Jul.21, 2012

Vancouver-based startup Tinkerine Studio launched the crowdfunding campaign for their Ditto 3d printer on Indigogo.

 

 

Ditto 3D printer is based on open source machines and features a large and open work space for sizable prints. The build envelope for Ditto is 190 x 180 x 220mm. It can make quality prints of 0.2mm layer height at a max print speed 100mm/s. There are currently two versions available: for $999 you will receive Ditto wood Kit including everything you need to build a Ditto 3D printer in pine frame and one spool of 1kg PLA filament in white. For $1,199 you can get a Ditto laser cut acrylic version kit.

Ditto 3D printer now available on Indiegogo

Ditto 3D printer now available on IndiegogoDitto 3D printer now available on Indiegogo

Specifications:

  • Technology: FFF (Fused Filament Fabrication)/ Thermoplastic extrusion
  • Frame Size (Width x Depth x Height): ~ 350mm x 380mm x 435mm (492mm w/extruder) / ~ 14" x 15" x 17" (19.5" w/extruder)
  • Build Platform (Width x Depth x Height): ~190mm x 180mm x 210mm / ~7.5" x 7" x 8.3"
  • Weight: ~ 8.75kg / 19.25 lbs
  • Build Material: PLA (ABS will be supported in the future)
  • Speed: Max.print speed ~ 100mm/s, Travel speed ~ 300mm/s.
  • Accuracy: 1/16th Micro Stepping
  • Electronics: RAMPS 1.4, Arduino 2560, A4988 Stepper Motor
  • Connectivity: USB, MicroSD
  • Power Source: 110-220V at 50-60Hz
  • Motor Specifications: NEMA17: 42mm x 42mm x 48mm, 4V, 1.5A, 1.8° stepping angle, 4.4kg.cm

At the end of the Indiegogo campaign all the Ditto files will be released to the community as open source.

Ditto 3D printer now available on Indiegogo

Tinkerine Studio made a speed v.s. quality test with infill speeds of 40, 60, 80, and 100 mm/s. Here are the results:

Ditto 3D printer now available on Indiegogo

Ditto 3D printer now available on Indiegogo

Ditto 3D printer now available on Indiegogo

Ditto 3D printer now available on Indiegogo

As you can see from the photos, the difference between each print is fairly minimal. One interesting fact we are seeing is that banding (misalignment on the outer walls) is more apparent at slower speeds, as evident in the 40mm/s test. At 80mm/s, the print presents slightly superior quality and takes significantly less time to complete. At 100mm/s, however, the quality starts to decrease, albeit only to a very small degree, and the print duration is only shortened by a minute or so. Based on our findings, we can conclude that the most optimal setting to achieve the perfect balance between speed and performance on Ditto seems to be at around 60-80mm/s.

 

 

 

Posted in 3D Printers

 

 

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