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Sound wave 3D Models

Find the best Sound wave 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.

Anonymous1729857804
Anonymous1776179120
Anonymous1771799386
Anonymous1771799386
Anonymous1771799386
Anonymous1774448849
Anonymous1773847393
A pair of futuristic matte black over-ear headphones 
with transparent panels revealing golden piezoelectric 
membranes inside each earcup, orange sound wave 
visualizations striking the membranes and converting 
into green energy lightning bolts, a holographic 
blockchain connection floating between the headphones 
and a distant dark village being lit up by the 
converted energy, floating in dark space with city 
noise visualized as orange chaos on one side 
and peaceful green light on the other, 
8k product render, cinematic dramatic lighting, 
carbon fiber and gold material textures
Anonymous1771361046
A quiet empty room scene with a person sitting calmly, but 3D sound wave rings forming inside the ear, text ‘chi chi sound’ floating near ear, tinnitus concept animation, soft lighting, cinematic 3D style
Anonymous1760710462
Title: Waves – Properties, Motion, and Tsunamis
Format: 16:9, HD, 6–7 minutes
Background Music: Light, upbeat, non-distracting
Scene 1 – Introduction (0:00 – 0:25)
Visuals:
Animated pond ripples spreading outward
Sound waves represented as moving particles/lines
Sunlight rays reaching Earth
Text on screen: “Waves are everywhere! 🌊 Energy moves, matter mostly stays.”
Narration:
“Hi everyone! Today we’re diving into the fascinating world of waves. From water ripples to sound to light, waves carry energy without moving matter. Let’s explore how they work!”
Animations:
Pond ripples → floating object bobs
Sound wave line animation → electric & magnetic fields for light
Scene 2 – Wave Motion (0:25 – 1:00)
Visuals:
Stone thrown into water → ripples
Floating boat moves up & down
Air molecules oscillating horizontally (sound)
Electric & magnetic fields oscillating perpendicular (light)
Text Overlay:
“Water waves: vertical oscillation”
“Sound waves: longitudinal oscillation”
“Light waves: transverse, EM waves”
Narratio
Anonymous1770698371
Create a clean 3D educational physics model of a longitudinal sound wave based on the reference image. The model must be a smooth continuous wave with consistent thickness and gentle curves.

IMPORTANT RULES:
- No spikes
- No spheres
- No nodes
- No particles
- No extra geometry
- No artifacts
- No branches
- No floating objects
- No distortions

STYLE:
Scientific visualization, not abstract, not cartoon, not stylized. It must look like a real physics teaching model suitable for students.

GEOMETRY:
Keep the topology clean and optimized. Medium polygon count only. Avoid overly complex details.

COLOR:
Use soft neutral colors (light blue, cyan, or soft red). No neon glow. No strong emission.

BACKGROUND:
No environment, no floor grid, no shadows. Single isolated object only.

TECHNICAL REQUIREMENTS:
Optimized for augmented reality (AR).
Game-ready mesh.
Lightweight for mobile devices.
Smooth surface.

DO NOT transform the wave into a tube, pipe, or cable. Maintain the appearance of a scientific wave model for
Anonymous1770369453
Create a clean 3D educational physics model of a longitudinal sound wave based on the reference image. The model must be a smooth continuous wave with consistent thickness and gentle curves.

IMPORTANT RULES:
- No spikes
- No spheres
- No nodes
- No particles
- No extra geometry
- No artifacts
- No branches
- No floating objects
- No distortions

STYLE:
Scientific visualization, not abstract, not cartoon, not stylized. It must look like a real physics teaching model suitable for students.

GEOMETRY:
Keep the topology clean and optimized. Medium polygon count only. Avoid overly complex details.

COLOR:
Use soft neutral colors (light blue, cyan, or soft red). No neon glow. No strong emission.

BACKGROUND:
No environment, no floor grid, no shadows. Single isolated object only.

TECHNICAL REQUIREMENTS:
Optimized for augmented reality (AR).
Game-ready mesh.
Lightweight for mobile devices.
Smooth surface.

DO NOT transform the wave into a tube, pipe, or cable. Maintain the appearance of a scientific wave model for
Anonymous1770369453
Abstract 3D rendering of a biological ear canal with viscous black ink seeping through. Within the ink, hundreds of tiny sound wave patterns solidify. High-contrast liquid obsidian texture with unsettling organic shapes resembling a polyhedral virus.
Anonymous1769635991
Anonymous1769469064
Make a model of eartquake in a squre with a dirt and natural and it need to have a public notification like a big  megaphone in a big city that are full of people
Anonymous1769349030
Anonymous1748830917
quiero un modelado 3D de la onda de sonido que esta aca en la foto
Anonymous1766445110
создай 3D объемную звуковую волну и убери лишние части линии
MaiklCh
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