Platinum Model 3D
Jelajahi model 3D platinum yang dihasilkan dengan Meshy. Tersedia untuk muat turun percuma dalam format STL, 3MF, FBX, GLB, OBJ, USDZ untuk pencetakan 3D, pembangunan permainan dan banyak lagi. Dengan Meshy, anda juga boleh menghasilkan model 3D platinum anda sendiri menggunakan teks atau imej, secara percuma!Jelajahi model 3D platinum yang dihasilkan dengan Meshy. Tersedia untuk muat turun percuma dalam format STL, 3MF untuk pencetakan 3D dan banyak lagi.






























![3D model for {, #ocean#,
"Object": "Sovereign Obliterator Leviathan",
"Material": "Pure platinum-titanium alloy plating laced with quantum-entangled data filaments",
"Shape/Form": "Titanic leviathan silhouette with serrated dorsal fins and a vortex-like maw of swirling code",
"Color Scheme": "Black chrome base with pulsating violet quantum veins and radioactive emerald kill-switch nodes",
"Texture Details": "Mirror-polish reflective surfaces, micro-etched circuit fractals, dynamic refractive glitch distortions",
"Style": "Hyper-realistic PBR fused with sci-fi biomechanical horror",
"Reference Models": [
"Deep-sea eel musculature",
"Quantum computing chip weave",
"Biomechanical designs of H.R. Giger"
]
}, #ocean#,](https://cdn.meshy.ai/uploads/prod/16c80ac06fabfe0441905042112506e29d0803b7d23a997133b12eea39ee86aa/publish/cover-square/0197bd48-9ee9-7f9a-9b43-d7071b332b1c.jpg)
![3D model for {, #ocean#,
"Object": "Sovereign Obliterator Leviathan",
"Material": "Pure platinum-titanium alloy plating laced with quantum-entangled data filaments",
"Shape/Form": "Titanic leviathan silhouette with serrated dorsal fins and a vortex-like maw of swirling code",
"Color Scheme": "Black chrome base with pulsating violet quantum veins and radioactive emerald kill-switch nodes",
"Texture Details": "Mirror-polish reflective surfaces, micro-etched circuit fractals, dynamic refractive glitch distortions",
"Style": "Hyper-realistic PBR fused with sci-fi biomechanical horror",
"Reference Models": [
"Deep-sea eel musculature",
"Quantum computing chip weave",
"Biomechanical designs of H.R. Giger"
]
}, #ocean#,](https://cdn.meshy.ai/uploads/prod/16c80ac06fabfe0441905042112506e29d0803b7d23a997133b12eea39ee86aa/publish/cover-square/0197bd48-9d56-7309-8547-ec055a5ca8da.jpg)















