Octopus tentacle 3D Models

Find the best Octopus tentacle 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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An organic octopus arm, elegant and flowing shape, 3D printable.
Smooth surface with soft suction cup hints, minimal mechanical influence.
Curved naturally, slightly twisted form.
Base connector included.
Optimized for clean FDM printing. All parts must be designed for real-world 3D printing.
Avoid thin fragile elements.
No floating geometry.
Ensure all parts have proper thickness and structural integrity.
FDM printer compatible, no supports preferred.

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Single ultra-realistic octopus tentacle drawer pull for 3D printing. One continuous horizontal tentacle only, no octopus head and no additional arms. Natural organic taper with slight S-curve - curl back slightly towards drawer at tapered end. Surface detail similar to a realistic octopus arm: concave suction cups with defined lips, varied sizes, irregular spacing. Cups wrap 240 degrees around underside and sides, fading toward top. Biological asymmetry, not mirrored. Must have larger end that goes to a tapered length and curves back towards drawer. Length must support 477mm center-to-center mounting distance. Integrate flat mounting brackets at both ends with centered M4 threaded holes. Solid watertight mesh, 4mm minimum thickness, printable in PETG.

Anonymous1769792457

Ultra-realistic single octopus tentacle drawer pull for 3D printing. One continuous biological tentacle, NOT mirrored and NOT symmetrical. One end thicker and slightly curled inward, opposite end gradually tapering with subtle curl. Natural organic S-curve, like a real octopus arm mounted horizontally. Suction cups must wrap 240–260 degrees around underside and sides, fading toward the top. Cups vary naturally in size (larger at base, smaller toward tip), concave interiors with defined lip edge, irregular spacing (no grid pattern). Add subtle skin texture and muscle detail. Include integrated flattened mounting pads at both ends with centered M4 threaded holes. Support 477mm center-to-center spacing. Watertight, solid mesh, 4mm minimum thickness, printable in PETG.

Anonymous1769792457

Ultra-realistic octopus tentacle drawer pull designed specifically for 3D printing.

The tentacle should match a natural organic octopus arm with realistic taper, subtle muscle definition, and dramatic but functional curve similar to a high-end furniture rendering.

The suction cups must wrap approximately 240–260 degrees around the underside and sides of the tentacle, gradually fading out toward the top surface. Cups should vary naturally in size: larger near the base, progressively smaller toward the tip. Each suction cup must have concave interiors with a defined lip edge and slight organic asymmetry. Avoid grid alignment — placement should feel natural and biological.

The entire form should be sculpted as a high-resolution watertight mesh with detailed but printable skin texture (subtle pores and soft wrinkles). No repeating patterns.

Total length must allow for 477mm center-to-center distance between mounting screw holes.

At both ends, integrate flattened organic mounting plate

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Anonymous1762829470

Ultra-realistic octopus tentacle drawer pull designed for 3D printing, high-resolution sculpted mesh.
Tentacle should have a natural organic taper and dramatic subtle curve, detailed skin texture with pores and wrinkles, and **suction cups wrapping about 240° around the underside and sides**.
Cups should vary in size from large near the base to smaller toward the tip, and appear naturally placed (not grid aligned).
Ends of the pull should have flat integrated mounting pads sized for M4 screws at 477mm center-to-center.
Make the model watertight, manifold, and appropriate for 3D printing with PETG (no internal cavities).
Include realistic surface detail similar to a high-quality sculpture, with concave cup interiors and a subtle “muscle band” pattern along the length. make sure there are screw bases spaced 477mm apart capable of accepting M4 screw. This is a drawer pull

Output format: STL or OBJ, high resolution mesh.

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