Enamel pendants 0117-0126

Enamel pendants 0117-0126 3D Model Collection

Description

Enamel pendant C0-1400117 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 231 cubic millimeters. Enamel model. Weight of finished product in silver 22 K 2.2 grams.

Enamel pendant C0-1010118 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 263 cubic millimeters. Inserts: 8 round gems with a diameter of 1.25 mm. 20 round gems with a diameter of 2.0 mm. Weight of finished product in silver 22 K 2.74 grams.

Enamel pendant C0-1410119 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 205 cubic millimeters. Inserts: 15 round gems with a diameter of 1.25 mm. Enamel model. Weight of finished product in silver 22 K 2.0 grams.

Enamel pendant C0-1010120 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 210 cubic millimeters. Inserts: 21 round gems with a diameter of 2 mm. Weight of finished product in silver 22 K 2,23 grams.

Enamel pendant C0-1410121 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 215 cubic millimeters. Inserts: 2 round gems with a diameter of 2 mm. Enamel model. Weight of finished product in silver 22 K 2.06 grams.

Enamel pendant C0-1410122 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 214 cubic millimeters. Inserts: 1 round gems with a diameter of 3 mm. Enamel model. Weight of finished product in silver 22 K 2.08 grams.

Enamel pendant C0-1410123 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 209 cubic millimeters. Inserts: 10 round gems with a diameter of 1,5 mm. Enamel model. Weight of finished product in silver 22 K 2.05 grams.

Enamel pendant C0-1410124 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 212 cubic millimeters. Inserts: 1 round gems with a diameter of 2,5 mm. Enamel model. Weight of finished product in silver 22 K 2,03 grams.

Enamel pendant C0-1410125 The model is made for mass production (master model (+5%)). File STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is 207 cubic millimeters. Inserts: 1 round gems with a diameter of 1,5 mm, 9 round gems with a diameter of 1,25 mm. Enamel model. Weight of finished product in silver 22 K 2,0 grams.

Enamel pendant C0-1400126 The models is made for mass production (master model (+5%)). Files STL checked and without errors. Resolution 0.01 millimeter. The main dimensions are shown on the image. The volume of the model is male 251 cubic millimeters, female 216 cubic millimeters Enamel model. Weight of finished product in silver 22 K male 2.39 grams, female 205 grams.

Item rating
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Enamel pendants 0117-0126
$65.00
 
Royalty Free License 
Enamel pendants 0117-0126
$65.00
 
Royalty Free License 
Response 75% in 0.2h
3D Modeling
3D Print Modeling
Rendering

3D Collection formats

Format limitations
  • Stereolithography(.stl) 10/10

3D Collection details

  • Publish date2019-09-15
  • Collection ID#2094544
  • Animated 0/10
  • Rigged 0/10
  • VR / AR / Low-poly 0/10
  • PBR 0/10
  • Ready for 3D Printing
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