Meshy 5 Remesh

byMeshy

Transform chaotic photogrammetry scans and raw generative geometry into production-ready quad or triangle meshes with custom polycounts

Remesh 3D Asset
Meshy 5 Remesh

How Meshy 5 Remesh works

Upload your source asset, configure topology mode and polycount constraints, and export a clean GLB ready for rigging or real-time engines.

Upload Source Mesh

Upload Source Mesh

Provide your existing 3D model in GLB, GLTF, OBJ, FBX, or STL format.

Configure Topology and Scale

Configure Topology and Scale

Select quad or triangle topology, set your target polycount between 100 and 300,000, and choose origin alignment.

Download Optimized GLB

Download Optimized GLB

Receive a standardized, watertight GLB with rebuilt geometry, clean UV unwraps, and baked textures.

What Meshy 5 Remesh is good at

Streamline high-density scans and generated assets with automated retopology, precision polygon targets, and integrated texture rebaking.

Quad-Dominant Retopology

Quad-Dominant Retopology

Rebuild raw triangle soup into uniform quad-dominant topology suited for organic deformation, subdivision modeling, and downstream sculpting workflows.

Targeted Triangle Decimation

Targeted Triangle Decimation

Decimate dense photogrammetry and CAD scans down to exact polygon budgets between 100 and 300,000 faces, concentrating density on sharp geometric silhouettes.

Automated UV and Texture Baking

Automated UV and Texture Baking

Automatically unwrap clean, non-overlapping UV coordinates and transfer original surface textures directly onto the newly structured geometry.

Origin and Metric Scaling

Origin and Metric Scaling

Set the model pivot directly to bottom or center while applying real-world metric height scaling to prep props instantly for game engine placement.

Made with Meshy 5 Remesh

Explore optimized 3D assets reconstructed across diverse polygon budgets, topology modes, and industrial material finishes.

Quad retopology on sculpted footwear hero

Quad retopology on sculpted footwear hero

Decimated hard-surface prop with baked wear

Decimated hard-surface prop with baked wear

Watertight game-ready architectural prop

Watertight game-ready architectural prop

Scaled furniture asset with bottom origin alignment

Scaled furniture asset with bottom origin alignment

Manifold organic scan with rebuilt UV layout

Manifold organic scan with rebuilt UV layout

What people build with Meshy 5 Remesh

From game studios needing strict LOD budgets to industrial designers optimizing heavy CAD exports, see how creators integrate automated remeshing.

Game Asset Optimization

01

Turn multi-million polygon photogrammetry scans and generative 3D meshes into lightweight LOD assets that meet strict real-time engine budgets.

Character and Prop Rigging

02

Restructure chaotic raw topology into clean quad-dominant surface flows ready for Blender or Maya rigging, clothing simulation, and deformation.

E-Commerce Web and AR

03

Convert massive CAD exports and solid STL assemblies into compact, web-optimized GLB models with baked surface details for fast mobile loading.

ArchViz Scene Assembly

04

Standardize asset scale in meters and snap origins to floor level in a single automated pass, eliminating manual DCC coordinate cleanup.

3D Print Mesh Preparation

05

Process high-density digital sculpts into watertight, manifold shells with controlled face counts ready for slicing and additive manufacturing.

Frequently Asked Questions

Meshy 5 Remesh accepts 3D models in GLB, GLTF, OBJ, FBX, and STL formats, outputting a standardized production-ready GLB mesh with recalculated UVs and baked textures.

Choose triangle topology for static props, environment assets, real-time game engines, and 3D printing; choose quad topology when you need clean, uniform surface flow for subdivision modeling, rigging, or organic deformations. Because the GLB container standard stores geometry as triangles, quad outputs can be instantly restored to quads in DCC tools like Blender by running Tris to Quads (Alt+J).

You can target any polycount between 100 and 300,000 polygons. Lower targets (5,000 to 15,000 polygons) suit mobile AR and real-time background props, while higher targets (30,000 to 100,000+ polygons) preserve silhouette fidelity for hero assets.

Meshy 5 Remesh is best for converting dense photogrammetry scans, generative AI meshes, and heavy CAD exports into clean, optimized game-ready assets with baked textures. It is not intended for hero facial animation rigs requiring handcrafted anatomical edge loops around eyelids and lips, nor will it preserve pre-existing vertex skinning or rigging weights.

The origin setting lets you reposition the model coordinate anchor to either the bottom or center during processing, while the height parameter resizes the bounding box to a specified real-world meter measurement (or leaves scale untouched when set to 0). Setting the origin to bottom ensures floor-standing props immediately align to ground level in your game engine.

Try Meshy 5 Remesh on Fuser

Transform chaotic photogrammetry scans and raw generative geometry into production-ready quad or triangle meshes with custom polycounts

Remesh 3D Asset