Thursday, January 23, 2014

Tyler Parton: Week 3 Flashlight

Tyler Parton/ Winter 2014/ Flashlight


Tyler Parton/ Winter 2014/ Flashlight - Dogs eyes view



Tyler Parton/ Winter 2014/ Flashlight - Bottom view

I wanted to create a more whimsical flashlight. I took stylistic influence from art nouveau. I created the branch like shapes with a variable pipe command.  I used a 2 rail sweep to create the shapes in the middle joined with a boolean subtraction.

I wanted the branches to be white to reflect my stylistic choice. I used accent copper on the fillets to make the form pop. I used a soft touch material for the grip and a golf ball impression to increase its touch point impact.

I found the colors on under a "Hot Hues" file. The base in cherry red which complements the pale grip structure. I tried to create a skull  to be adding in the arches but it may be easier to accomplish with a sculpted 3-D scan.

Thank you. 

I added a diffuser, a screw cap, and a image displaying cap to the model along with some mesh skulls. After rapid prototyping my parts I applied sculpy to recreate some of the feature I lost in the detergent bath. The branches snapped off and the shadow shaped cap snapped off in the second print but worked fine in the first one. The ridges created by the non high fidelity printer joined my dimmer in the first model so I had to increase the tolerance for the second model and it worked out.


The support material that showed through in dimmer slice (second down in middle) showed that my tolerance was large enough to ensure that they would be printed as two separate parts in one file. The cap I printed in a second file needed larger threading to be usable in the final model. In the first model the tolerance was too little so the cap fused to the flashlight body. The proper tolerance to achieve separation of parts was between .02 and .04, .02 worked only if the when the part was printed the and the layer path was long enough to ensure that the joints cooled before the next layer of plastic was applied to the model.

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