Aquatic 3D
Budget: $30 – $250 USD
3D Design for Silicone Pool Décor (3 Models: Turtle, Fish, Starfish)
I need 3 realistic 3D models for silicone compression molding (pool decor).
1. Sea Turtle
2. Emperor Angelfish
3. Starfish
Technical Requirements (Full spec attached):
• Output: STL or STEP files ready for mold making.
• Underside: Must include suction cells (5-10mm dia) and a sealing lip.
• Functionality: Integrated 1.5mm-2.0mm air-escape holes and tapered edges (<1.0mm).
• Reference: See the attached "REEF COLLECTION v2.0" technical sheet for exact geometry and draft angles.
I am looking for an artist who can follow strict technical constraints while maintaining a realistic organic look. Please provide examples of your organic modeling.
IMPORTANT: Surface Compatibility Requirements
Primary Surfaces: The product is designed for concrete pools with Plaster, Pebble, and Quartz finishes. These surfaces are textured and porous.
Adaptability: The Sealing Lip (perimeter skirt) must be exceptionally soft and flexible to conform to the irregularities of pebble finishes and maintain a seal.
Suction Cell Density: Use a higher density of smaller suction cells rather than fewer large ones. This ensures better grip on uneven stone/plaster textures.
Mechanical Grip: The 1.6 – 1.8 g/cm³ density is mandatory to ensure the decor remains seated via gravity even if suction is partially compromised by surface porosity.
I need 3 realistic 3D models for silicone compression molding (pool decor).
1. Sea Turtle
2. Emperor Angelfish
3. Starfish
Technical Requirements (Full spec attached):
• Output: STL or STEP files ready for mold making.
• Underside: Must include suction cells (5-10mm dia) and a sealing lip.
• Functionality: Integrated 1.5mm-2.0mm air-escape holes and tapered edges (<1.0mm).
• Reference: See the attached "REEF COLLECTION v2.0" technical sheet for exact geometry and draft angles.
I am looking for an artist who can follow strict technical constraints while maintaining a realistic organic look. Please provide examples of your organic modeling.
IMPORTANT: Surface Compatibility Requirements
Primary Surfaces: The product is designed for concrete pools with Plaster, Pebble, and Quartz finishes. These surfaces are textured and porous.
Adaptability: The Sealing Lip (perimeter skirt) must be exceptionally soft and flexible to conform to the irregularities of pebble finishes and maintain a seal.
Suction Cell Density: Use a higher density of smaller suction cells rather than fewer large ones. This ensures better grip on uneven stone/plaster textures.
Mechanical Grip: The 1.6 – 1.8 g/cm³ density is mandatory to ensure the decor remains seated via gravity even if suction is partially compromised by surface porosity.
Related categories:
3D Rendering
3ds Max
3D Modelling
3D Animation
3D Design
3D Layout
3D Visualization
3D Graphic Design
3D Art
3D Illustration