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The 3D Model view feature has been currently taken down, due to "Rippers" being able to steal the 3D models = "product designs" from the interface. To protect our product designs from being stolen, this feature has been taken down and a new system is being developed where model data isn't exposed. We apologise for the inconvenience.

3D Model Details (NiTride Katana Guitar Pick 'With Ribbon')

- Polygons: 44,966
- Vertices: 22,520

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Want to see time-lapse videos that show how I 3D model these products up. Check out the NiTrideDesign YouTube channel using the link below.

https://www.youtube.com/channel/UC3NYpgesA....

A Resin Based Acrylic photopolymer that is translucent, manufactured using 3D printing, with a frosted smooth surface finish and high detail.
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
A Resin Based Acrylic photopolymer that is translucent, manufactured using 3D printing, with a frosted very smooth surface finish and a very high level of detail.
Nylon 12 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
PA12 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
PA12 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
PA12 plastic infused with glass beads for high stiffness and dimensional accuracy, manufactured using 3D printing, with a slightly rough, matte surface finish.
PA12 plastic infused with glass beads for high stiffness and dimensional accuracy, manufactured using 3D printing, with a slightly rough, matte surface finish.
PA11 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
Polypropylene, manufactured using Selective Laser Sintering (3D printing), with a slightly translucent, light yellowish shaded surface.
Polypropylene, manufactured using HP Multi Jet Fusion (3D printing), with a grey slightly rough, matte surface finish.
Thermoplastic Polyurethane, manufactured using HP Multi Jet Fusion (3D printing), with a slightly rough, matte surface finish.
Thermoplastic Polyurethane, manufactured using HP Multi Jet Fusion (3D printing), with a smooth, shiny surface finish, created using a physio-chemical process to vapor smooth the surface.
Thermoplastic Polyurethane, manufactured using HP Multi Jet Fusion (3D printing), with a slightly rough, matte surface finish.
Thermoplastic Polyurethane, manufactured using Selective Laser Sintering (3D printing), that is flexible and rubber like, with a slightly rough, matte surface finish.
Ultra tough acrylate photopolymer, manufactured using Stereolithography (3D printing), that has excellent strength, durability, dimensional accuracy, and has a smooth surface finish.
Rigid acrylate photopolymer, manufactured using Stereolithography (3D printing), that has a smooth surface finish.
Translucent and rigid acrylate photopolymer, manufactured using Stereolithography (3D printing), that has a smooth surface finish.
A Resin Based Acrylic photopolymer that is translucent, manufactured using 3D printing, with a frosted smooth surface finish and high detail.
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
NiTride Katana Guitar Pick (With Ribbon) (6 pack)
A Resin Based Acrylic photopolymer that is translucent, manufactured using 3D printing, with a frosted very smooth surface finish and a very high level of detail.
Nylon 12 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
Nylon 12 plastic, manufactured using 3D printing, with a smooth surface finish.
PA12 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
PA12 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
PA12 plastic infused with glass beads for high stiffness and dimensional accuracy, manufactured using 3D printing, with a slightly rough, matte surface finish.
PA12 plastic infused with glass beads for high stiffness and dimensional accuracy, manufactured using 3D printing, with a slightly rough, matte surface finish.
PA11 plastic, manufactured using 3D printing, with a slightly rough, matte surface finish.
Polypropylene, manufactured using Selective Laser Sintering (3D printing), with a slightly translucent, light yellowish shaded surface.
Polypropylene, manufactured using HP Multi Jet Fusion (3D printing), with a grey slightly rough, matte surface finish.
Thermoplastic Polyurethane, manufactured using HP Multi Jet Fusion (3D printing), with a slightly rough, matte surface finish.
Thermoplastic Polyurethane, manufactured using HP Multi Jet Fusion (3D printing), with a smooth, shiny surface finish, created using a physio-chemical process to vapor smooth the surface.
Thermoplastic Polyurethane, manufactured using HP Multi Jet Fusion (3D printing), with a slightly rough, matte surface finish.
Thermoplastic Polyurethane, manufactured using Selective Laser Sintering (3D printing), that is flexible and rubber like, with a slightly rough, matte surface finish.
Ultra tough acrylate photopolymer, manufactured using Stereolithography (3D printing), that has excellent strength, durability, dimensional accuracy, and has a smooth surface finish.
Rigid acrylate photopolymer, manufactured using Stereolithography (3D printing), that has a smooth surface finish.
Translucent and rigid acrylate photopolymer, manufactured using Stereolithography (3D printing), that has a smooth surface finish.

NiTride Katana Guitar Pick (With Ribbon) (6 pack)

$114.00
$120.00
( 3% Off ) 
BETA TESTER

Manufacturer:  Shapeways

Buy a Chord / Chain for this Pendant?CUSTOMISE ORDER

Orders are Manufactured and Shipped on demand. Check the Manufacturing and Shipping information below for details.

VIEW SHIPPING INFOVIEW MANUFACTURING INFO

The NiTride Katana is a guitar pick that is designed and focused towards aiding lead guitarists, through providing both a "sharp attack" and "high precision", like a Katana. The wielder of this pick will be able to perform at high speed with controlled and precise movements, all while wielding a very stylish aesthetic looking pick. The NiTride Katana however isn't for every guitarist, and only the very skilled of guitarists can master wielding this weapon.

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Note

With testing, this guitar pick has been proven to be more of an aesthetic piece, when compared to its practical performing ability. Difficulty may be present when attempting to use this pick for practical use due to its odd and unique design.

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Product Designer / Artist:     Nicolas Murdaca

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