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Description: |
1 Liter Telescopic Water Bottle Concept: Premium 3D-modeled telescopic water bottle designed for ultimate portability and style. It expands to hold a full liter of liquid and shrinks to a pocket-friendly size. Leak-proof design, ease of 3D printing and a stylish aesthetic are at the forefront.
you can evaluate the following options and placements for a short, quality-oriented expression that includes the phrase "R &D" on a 3d-modeled, telescopic 1 Deciliter bottle:
Options for expression
:
"Designed with R&D"
"R&D Innovation Inside"
"R&D Perfected"
"Advanced R&D"
"R&D Designed"
Placement suggestions:
Inside the Telescopic Mechanism: (Less Practical, More Symbolic): If you want to emphasize the inner workings, the phrase can be placed on one of the inner cylinders and only visible when the bottle is partially extended.
Durability: If printed directly on the bottle, consider the durability of the printing method. Engraving or durable printing methods are preferred.
Aesthetics: The statement should complement the design of the bottle and not appear afterthought.
Given your requirements, "Designed by R&D" or "Designed by R&D" placed vertically on the main body will likely be effective options.
R&D Team: R&D Visual Creation Steps: Tools: Fusion 360 or Blender (for 3D modeling).
Steps:
Create nesting rollers (6 cm → 5.8 cm → 5.6 cm diameter).
Add 45° bend lock holders on top of each layer.
Highlight the O-ring channels in #E74C3C (red) color, 1 mm deep. Add arrows to indicate the extension/retraction direction.
Output: Cross-sectional image highlighting layers, locking system and O-rings.
Collapsed and Expanded Comparison
Tools: Adobe Illustrator or KeyShot (for rendering).
Steps:
Place the collapsed bottle (15 cm) next to an iPhone 14 Pro for scale (1:1).
In the elongated bottle (45 cm), add a 1L fill line (visible through the transparent PLA layers).
Expand the base with a blue gradient to show water capacity. Output: Side-by-side images with a note about the flexible base detail.
Leakage Details Tools: Blender (exploded animation) or Section View.
Steps:
Show the exploded view of the cover teeth and silicone seal.
Highlight the rubber-coated sole as a separate layer.
Zoom in on O-rings to show sealing points.
Output: Technical drawing with color-coded layers (outer layer #2E86C1 (blue), transparent inner layers).
STL File Technical Drawing Tools: PrusaSlicer or Cura (for layer analysis).
Steps:
Label wall thickness (2 mm) and tolerances (0.2 mm).
Specify print orientation (portrait) and unsupported settings. Embed the cost table in the image (highlight the cost of 1.5 USD).
Rendering Tips Colors: Outer layer #2E86C1 (blue), inner layers transparent, O-ring channels #E74C3C (red).
Lighting: Add a subsurface scattering effect to transparent layers.
Background: Create a minimal white or mockup model showing the product in a pocket or hand.
Final Touches: Treatstock and Kraken must be 3D Printer compatible. |
