This is useful when point clouds are accurate, but too abstract for many stakeholders to understand quickly. It also helps when gaussian Splat captures can become large and need optimization before they render smoothly in the browser.

How does a typical implementation work?

A typical workflow covers collect or create 3d data, structure the assets, add workflow logic, publish and maintain. The exact scope depends on the source data, users and required output.

What is 360models used for?

360models is used to manage, view, configure, publish and integrate 3D assets, scans, product configurators, digital twins and WebAR experiences.

Can assets be managed by organization or team?

Yes. Assets can be structured by organization, category, team, status and use case, so the right people can access the right viewers, files or configurators.

Can 3D experiences be embedded into another website or platform?

Yes. 360models can publish viewers and configurators through embeds, API integrations and custom frontends.

Platform / Gaussian Splatting viewer

Gaussian Splatting viewer for fast, photorealistic 3D context

360models turns large Gaussian Splat captures into usable browser-based 3D experiences. Teams can view, share, annotate and connect information to heavy scans, millions of splats and photorealistic environments without raw point clouds or desktop software.

Discuss your workflow Read short answer

RenderingWeb-ready splats

ContextPhotorealistic and measurable

UseViewer, inspection, digital twin

Short answer

The 360models Gaussian Splatting viewer shows photorealistic 3D captures online. It turns large amounts of splats into a smooth visual environment instead of an abstract point cloud. Teams can add measurements, annotations, asset information and integrations.

When relevant

Do you recognize one of these situations?

If point clouds are accurate, but too abstract for many stakeholders to understand quickly.

If Gaussian Splat captures can become large and need optimization before they render smoothly in the browser.

If teams need to measure, annotate, share and connect information to the right place, not just view a scan.

If photorealistic context must support inspection, heritage, infrastructure or digital twin workflows without heavy desktop software.

If scans, splats, metadata and viewer publications need to stay centrally managed so teams do not keep sharing loose files manually.

Capabilities

How 360models puts 3D to work

3D asset management

Manage files, models, scans, metadata, revisions and publication status centrally.

Organization structures

Control what each organization, team or channel can view, share or publish.

Browser-based viewers

Give colleagues, customers or partners access to 3D context without heavy software.

Embeds and API

Use the managed 3D layer in websites, shops, portals and custom software.

Approach

From source data to daily use

Collect or create 3D data

Start with existing 3D files, scans, CAD, technical drawings, product data or new 3D production.

Structure the assets

Organize assets by organization, category, status, metadata, revision and intended channel.

Add workflow logic

Connect materials, variants, annotations, access rules, API data or inspection information.

Publish and maintain

Use the same managed source for viewers, configurators, digital twins, WebAR and integrations.

Relevant next steps

Solutions3D scanning, capture and modeling for practical 3D outputView page 3D capture3D capture, surveying and 24h scan serviceView page PlatformDigital twins for simulation, real-time insight and data-driven operationsView page

FAQ

Frequently asked questions

Publish large Gaussian Splats and photorealistic 3D scans smoothly in the browser with annotations, measurements, asset information and integrations.

Where could 3D help your team today?

Start with the problem you want to solve. Data and business logic can remain in existing software; 360models adds only the capture, management and visual 3D application you need.

Discuss your use case

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