Use cases and workflows
From a sentence to a working 3D pipeline.
Plasmated turns a description, photo or drawing into an individual 3D asset. Its GLB and OBJ output can start a prototype, fill a background, test an idea or move into a larger production workflow after review and refinement.
Games and real-time experiences
Generate props, creatures, characters and environmental objects while exploring a game idea. Draft and low-poly styles suit rapid greyboxing; Standard and Studio modes provide textured assets with multiple levels of detail for closer inspection.
Unity, Unreal Engine, Godot and Blender
GLB is a portable interchange format and OBJ/MTL is available for older pipelines. Import the asset into your chosen tool, inspect scale, pivots, materials, topology and collision needs, then adapt it to the project’s own conventions. Plasmated is not affiliated with or endorsed by these tools.
Animation, film, VFX and virtual production
Use generated objects for previs, set dressing, pitch frames, background assets, look development and virtual-production blocking. The style controls can explore painterly, toon, realistic, science-fiction or horror directions before a team commits to detailed modelling.
Generated assets are not automatically rigged, animated or guaranteed production-final. Character animation, hero assets, close-up deformation and shot-specific topology need specialist review.
AR, VR, XR and web 3D
GLB packages geometry and PBR materials into one file, which makes it useful for browser viewers, augmented-reality prototypes, virtual spaces and interactive product demos. Choose an appropriate polygon budget and test on the actual target device: a desktop hero object and a mobile AR catalogue have different limits.
Product visualization, ecommerce and architecture
Turn a concept sketch or product description into a visual starting point for catalogues, configurators, spatial mockups, pitch materials and early architectural context. Plasmated is best used before manufacturing-grade CAD: its meshes communicate appearance and volume, not engineering tolerances.
For digital twins, use the generated asset as a placeholder or visual proxy and connect it to verified operational data separately. Do not treat generated dimensions or geometry as an as-built record.
Education, training, museums and research
Create visual aids for lessons, interactive exhibits, historical reconstructions, training scenarios and research prototypes. Each asset keeps a record of its prompt, models, licences and quality checks, helping educators and researchers explain how the output was produced.
Generated reconstructions can contain inaccuracies. Subject experts should verify scientific, historical, medical and cultural claims before publication or instruction.
Simulation, robotics and synthetic data
Build varied visual proxies for warehouse scenes, perception experiments, robotics interfaces, interactive training and synthetic-image pipelines. Styles, seeds and prompts can create controlled variation; levels of detail help test different rendering budgets.
Visual plausibility is not physical accuracy. Add verified mass, collision geometry, articulation, material physics, labels and safety constraints in the simulation system that consumes the model.
Concept development, tabletop, prototyping and 3D printing
Explore figurines, terrain, props, packaging forms and physical-product concepts before committing to manual modelling. For 3D printing, inspect wall thickness, overhangs, manifold geometry, scale and supports in dedicated slicing or mesh-repair software. A validator-clean GLB is not the same as a print-ready solid.
What the hand-off contains
- GLB: a compact scene file with geometry and PBR materials.
- OBJ and MTL: a broad-compatibility mesh and material hand-off.
- Production options: UV charts, baked normal maps and three LODs in Standard and Studio modes.
- Provenance: prompt, mode, models, licences, generation time and quality report.
See the output documentation, compare styles and polygon budgets, or inspect real generated examples before choosing a route.
Review every asset before production use
Plasmated’s quality gate catches technical problems, but no generator can know every project requirement. Check appearance, topology, scale, materials, licence, regional restrictions, naming, performance and accessibility in the destination workflow. Crowds, complete scenes, text on surfaces and very thin structures remain known weak points.