Image above: Ceramic nesting cream and sugar vessels (the two vessels on the stove presented) in context.
Process: Rhinoceros model, 3D printed, sanded, filled and sealed, ceramic slipcasted after creating a negative mold from the positive refined 3D printed model, Bisque fired, and glaze fired.
Image below: Negative molds of cream and sugar vessel.
Showing posts with label Rhino. Show all posts
Showing posts with label Rhino. Show all posts
Sunday, July 20, 2014
Tuesday, February 4, 2014
Laser cut Acrylic Table or Hanging Lamp
This lamp was created with Rhinoceros 3D software, cut out from a flat piece of acrylic bought from home depot, and friction fit assembled. It has both inner and outer cuts and was designed that way. Below is a ghosted perspective view Rhino model. The last two pictures were taken after assembly (neither are Photoshopped). The second picture is the model without the bulb and cord, the third picture has the LED bulb and cord.
Friday, July 26, 2013
Tuesday, July 23, 2013
Computer Mouse
This is a Bluetooth mouse I've designed using Rhinoceros software, I designed it to have a built in thumb sensor. This mouse was not produced.
Tuesday, July 9, 2013
'Flashlight Ring'
A 'Flashlight Ring' I created and constructed in my ELDS205 class at SCAD using Rhinoceros software showing layers with no naked edges. (07/09/2013) This model was not produced.
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