3D View

3D Model Details (Muladhara Guitar Pick)
- Polygons: 3,232     - Vertices: 9,495

3D Model Details (Svadhishthana Guitar Pick)
- Polygons: 3,904     - Vertices: 8,222

3D Model Details (Manipura Guitar Pick)
- Polygons: 8,598     - Vertices: 12,402

3D Model Details (Anahata Guitar Pick)
- Polygons: 9,570     - Vertices: 14,958

3D Model Details (Vishuddha Guitar Pick)
- Polygons: 6,118     - Vertices: 15,097

3D Model Details (Ajna Guitar Pick)
- Polygons: 4,370     - Vertices: 11,002

3D Model Details (Sahasrara Guitar Pick)
- Polygons: 5,946     - Vertices: 12,200
____________________________________

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.
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.
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.

Chakra Guitar Picks (7 Pack)

$51.00
$53.00
( 4% Off ) 
BETA TESTER

Manufacturer:  Shapeways

VIEW MATERIAL INFO
VIEW RING SIZING INFO
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.

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Chakras are focal points within the body, that are pools of energy. The chakras originate from early traditions of Hinduism, and were used within ancient meditation practices, and esoteric or inner traditions of Hinduism. There are seven different chakras within the body, each having their own purpose and function. They are believed to govern our psychological qualities, and when balanced lead to finding peace within ourselves. The seven chakras are, Muladhara (root chakra), Svadhisthana (sacral chakra), Manipura (solar plexus chakra), Anahata (heart chakra), Vishuddha (throat chakra), Anja (third eye chakra), Sahasrara (crown chakra).

Product Designer / Artist:     Nicolas Murdaca

Learn About this Artist
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