0 Recommend
Castor conic section lamp
PRO
$7
Royalty free
| Platform: | 3dsMax 2016 + fbx |
| Render: |  Corona |
| Size: | 22 MBNEW |
| Colors: | |
| Style: | Modern |
| Materials: | Metal |
| Formfactor: |
Published 20 May 2020
The size:
Height: 33 cm
Diameter: 25.4 cm
Max. cord length: 244 cm
Pendant lamp in the form of a section of a cone with fittings.
In mathematics, a conical section is a curve obtained at the intersection of a cone with a plane. This pendant is based on this proof. Hyperbola, ellipse, parabola and circle are formed by cutting the cone at different angles. The cells are coated in black chrome to help reflect the light emitted from the LED lamp. The guards can be rotated to control the direction of the light.
Using OpenSubdiv is recommended.
Height: 33 cm
Diameter: 25.4 cm
Max. cord length: 244 cm
Pendant lamp in the form of a section of a cone with fittings.
In mathematics, a conical section is a curve obtained at the intersection of a cone with a plane. This pendant is based on this proof. Hyperbola, ellipse, parabola and circle are formed by cutting the cone at different angles. The cells are coated in black chrome to help reflect the light emitted from the LED lamp. The guards can be rotated to control the direction of the light.
Using OpenSubdiv is recommended.
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| Platform: | 3dsMax 2016 + fbx |
| Render: | Corona |
| Size: | 22 MBNEW |
| Colors: | |
| Style: | Modern |
| Materials: | Metal |
| Formfactor: |
Published 20 May 2020
The size:
Height: 33 cm
Diameter: 25.4 cm
Max. cord length: 244 cm
Pendant lamp in the form of a section of a cone with fittings.
In mathematics, a conical section is a curve obtained at the intersection of a cone with a plane. This pendant is based on this proof. Hyperbola, ellipse, parabola and circle are formed by cutting the cone at different angles. The cells are coated in black chrome to help reflect the light emitted from the LED lamp. The guards can be rotated to control the direction of the light.
Using OpenSubdiv is recommended.
Height: 33 cm
Diameter: 25.4 cm
Max. cord length: 244 cm
Pendant lamp in the form of a section of a cone with fittings.
In mathematics, a conical section is a curve obtained at the intersection of a cone with a plane. This pendant is based on this proof. Hyperbola, ellipse, parabola and circle are formed by cutting the cone at different angles. The cells are coated in black chrome to help reflect the light emitted from the LED lamp. The guards can be rotated to control the direction of the light.
Using OpenSubdiv is recommended.
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