Sierpinski Support used for #3DPNSpeakerCover competition.
Sierspinksy: Beauty of math and art.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential / optional)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0

Sierpinski Support used for #3DPNSpeakerCover competition.
Sierspinksy: Beauty of math and art.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential / optional)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0

#3DPNSpeakerCover Sierpinski V2.stl

Death Star Corridor.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover DeathStarCorridor.stl

Darth Vader Mask: Even Speakers are Masked.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover DarthVaderMask.stl

The First Empire Flag.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover FirstEmpireFlag.stl

His Voice: An ode to "His Master's Voice".
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover HisVoice.stl

Detailed Death Star.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover DeathStarDetail.stl

Plain Death Star.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover DeathStarPlain.stl

Monogram: for @AudioSimon
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


ASMonogram.stl

Guard against cats, dogs and general mishaps.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover FiveGuardTest.stl

A Plain Speaker cover. Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover Plain.stl

3D Printing explained.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover 3DPrint.stl

Banzai: Ode to big toys for big boys.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover BanzaiRight.stl

Banzai: Ode to big toys for big boys.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential / optional)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover BanzaiLeft.stl

Home for Alex G's wax butterflies. https://youtu.be/yRMW5GCqNRc?t=360

Manufacturing method: FFF / FDM

Vitamins: Fastening Screws .

Tools:
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Use same black as used on speakers. 

Post processing:
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

#3DPNSpeakerCover ButterflyHome.stl

Layerlines: more layerlines.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover Layerlines.stl

Double: double vision.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover Double.stl

Double: double vision.
Used for #3DPNSpeakerCover competition.

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential / optional)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


Sierpinski Support used for #3DPNSpeakerCover competition.
Sierspinksy: Beauty of math and art.

Sorry! Wrong Model Uploaded! See https://thangs.com/m/14859

Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential / optional)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


#3DPNSpeakerCover Sierpinski Support.stl

Sierpinski Support used for #3DPNSpeakerCover competition.
Manufacturing method: FFF / FDM

Vitamins: 
Cloth / Mesh / Material (essential / optional)
Fastening Screws 

Tools:
Knife and scissors for trimming cloth.
Screwdriver for mounting 

Printing Suggestions:
Printing face down.
Insert cloth at about 0.6 to 1.6mm.
(If cloth has a front then it must be facing down as well.) (Mount cloth to bed with painters tape or file/buldog clips)
Print with a filament swap. First same blue that is used in speakers or High Five Blue, then swap with the insertion of material to the same black as used on speakers. 

Post processing:
Trim cloth material.
Punch away hole bridges. (Or use as holders for mounting screws while assembling)
Mount covers.
Grab you beverage of choice and enjoy the new look of your speakers, with the satisfaction that you built it. 

Design goals:
Incorporate 3d printing quirks as design features. Why waste plastic on supports if it can be used as a design feature?
Even before Sophy Wong was introduced, I thought of inserting cloth ala Shorey Designs style.
Used tutorial dimensions as design constraints.
Tried to keep design stylish and compact enough to be used in a studio or entertainment room.
Also designed for easy printability. Uprights at least 1.2mm thick, overhangs at 60° and bridges not more than 10mm. Added bridges for mounting holes as well.
Minimize post processing. Single print. Minimize post assembly.

Printing with cloth / fabric / mesh:
Choosing a good material to 3d print on
https://youtu.be/4VRnlIG8To0
Demystifying 3D Printing On Fabric
https://youtu.be/nLHMsdrp1k0


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