I will create digital twin 3d models gaussian splat cleanup and nerf scene optimization


About this gig
Need a clean, realistic and optimized 3D digital twin or reconstructed environment?
I can help create and optimize Gaussian Splatting, NeRF scenes, 3D reconstructions and digital twins from your images, videos or existing scan data.
Services I offer
- Gaussian Splat cleanup
- NeRF scene optimization
- Digital twin creation
- 3D reconstruction
- Point cloud cleanup
- Scene optimization
- Removal of unwanted artifacts/noise
- Improved visual quality and consistency
- 3D environment preparation
- Optimization for visualization and interactive applications
These assets can be useful for real estate, virtual tours, games, VR/AR, simulations, digital documentation, architecture and interactive 3D experiences.
Send me your source images, video, scan data or existing Gaussian Splat/NeRF scene and Ill review the requirements and recommend the best workflow.
Please contact me before ordering so I can check your files and confirm the scope.
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know Boluwatife
Modeler
- FromUnited Kingdom
- Member sinceSep 2026
- Avg. response time1 hour
Languages
English
FAQ
What files can I provide?
You can provide images, videos, point clouds, existing Gaussian Splats, NeRF data, or other available 3D scan files.
Can you clean an existing Gaussian Splat?
Yes. I can clean unwanted artifacts, noise and problematic areas and optimize the scene for better presentation.
Can you create a digital twin from photos or video?
Yes. I can use suitable image or video data to create a reconstructed 3D scene or digital twin.
Can you optimize NeRF scenes?
Yes. I can optimize NeRF-based scenes depending on the source data and your intended use.
Can you prepare the scene for VR, games or interactive applications?
Yes. I can optimize and prepare the scene based on your target platform and performance requirements.
