DOSCH DESIGN 3D assets in OpenUSD format inside NVIDIA Omniverse for a digital twin

OpenUSD, USDZ and SimReady 3D Assets for Digital Twins, NVIDIA Omniverse and Siemens Xcelerator

In short: DOSCH DESIGN delivers high-quality, 100% hand-modeled 3D assets in the future-proof OpenUSD (Universal Scene Description) and USDZ formats - optionally prepared SimReady with physics and metadata. They drop directly into NVIDIA Omniverse and Siemens Xcelerator, act as a single source of truth across all DCC and engineering tools, and generate synthetic data for AI and robotics. AI-free, royalty-free, with clear enterprise licenses. We also convert your own CAD data into standardized USD/SimReady assets via our CAD-to-USD service.

DOSCH DESIGN is consistently expanding its portfolio with high-quality 3D assets in the future-proof OpenUSD (Universal Scene Description) and USDZ formats. This strategic focus supports companies in realizing complex digital twin projects and developing the industrial metaverse. Our models are optimized for direct use in powerful ecosystems such as NVIDIA Omniverse and Siemens Xcelerator, bridging the gap between design, engineering and simulation.

What is OpenUSD and why does it matter for digital twins?

OpenUSD (Universal Scene Description) is an open, extensible framework, originally developed by Pixar, for describing, composing and exchanging complex 3D scenes. Unlike a simple mesh format, it carries geometry, materials, hierarchy, variants and metadata in one consistent structure. That makes it the de facto backbone for digital twins and the industrial metaverse: a single, reliable description of an asset that every tool in the pipeline can read the same way. USDZ is its compact, single-file variant, optimized for mobile devices and augmented reality.

SimReady: not just geometry, but simulation-ready ON REQUEST

A digital twin needs more than shape. For an asset to be truly simulated in NVIDIA Omniverse or NVIDIA Isaac Sim, it must be SimReady - meaning geometry plus physical properties (collision bodies, mass, material behavior) plus semantic metadata and labels. This is exactly the value step we offer: on request we prepare DOSCH USD assets - or your own models - to be SimReady, so they work in your simulation and training environment with no rework.

  • Physics: defined collision bodies, mass and material parameters for valid simulation.
  • Semantics: clean object labels and metadata for synthetic data generation and AI training.
  • Structure: normalized hierarchy, units and naming - consistent across the entire library.

How do DOSCH USD models integrate into industrial ecosystems?

Data interoperability is a key factor in Industry 4.0. DOSCH DESIGN USD models act as standardized building blocks that can be implemented in Siemens Teamcenter X, Siemens Process Simulate or NVIDIA Isaac Sim without time-consuming conversion. By using the USD format as a single source of truth, we enable seamless data exchange between various DCC (Digital Content Creation) tools and industrial planning applications. This significantly accelerates time-to-market and reduces potential errors when importing complex geometries.

CAD-to-USD and SimReady conversion as a service

Do you have your own CAD or engineering data? We convert it into standardized, cleaned-up USD and - on request - SimReady assets: reduced, clean topology instead of heavy CAD tessellation, consistent materials, correct units and a structure that works immediately in Omniverse and Siemens Xcelerator. This combines our role as a 3D agency with standardized products - something pure asset shops cannot offer. More about the CAD visualization service ->

Why is OpenUSD optimized for collaboration and simulation?

The OpenUSD format offers far more than just 3D geometry. It enables non-destructive workflows through intelligent layering and referencing:

  • Hierarchical structure: our assets support complex scene graphs, simplifying the management of variants in large assemblies.
  • Global collaboration: thanks to the robust USD architecture, teams can work on the same scenes simultaneously, across different locations.
  • Synthetic data generation: for training artificial intelligence (AI) and autonomous robotics systems, our 3D models provide the geometric precision and variance needed to run valid simulations in virtual environments.

How do USDZ assets extend from AR to mobile?

In addition to the heavyweights of industrial simulation, we also provide assets in the compact USDZ format. This guarantees the availability of your 3D data on mobile devices and in augmented reality (AR), for example via Apple ARKit. Whether for virtual factory tours, maintenance manuals or presentations, DOSCH DESIGN provides the universal data foundation for every touchpoint in the digital product lifecycle.

OpenUSD vs. traditional mesh formats - how do they compare?

Criterion Traditional mesh (OBJ/FBX) DOSCH OpenUSD / USDZ
Single source of truth across tools No - re-export per tool Yes
Non-destructive layering & referencing No Yes
Variants & scene graph metadata Limited Built-in
Simultaneous multi-site collaboration Hard Native
Simulation / synthetic data ready Manual prep SimReady on request (Omniverse, Isaac Sim)
Mobile & AR delivery Conversion needed USDZ / ARKit ready
AI license / rights risk Varies No - 100% hand-modeled, royalty-free

Technical specifications and delivery formats

Feature Delivery
USD file formats .usd, .usda (ASCII), .usdc (binary), .usdz (AR/mobile)
Target ecosystems NVIDIA Omniverse, NVIDIA Isaac Sim, Siemens Teamcenter X, Siemens Process Simulate, Apple ARKit
Geometry Clean, tidy topology - hand-modeled, no AI mesh
Materials PBR materials, UsdPreviewSurface / MDL-compatible
SimReady (optional) Collision bodies, mass, material parameters, semantic labels
Units & structure Normalized units (metric), consistent naming and hierarchy
License Royalty-free - Standard / Extended / Enterprise (see below)

License tiers - clear, fair and legally safe

Our licenses are deliberately easy to understand. Commercial use is not an expensive add-on but clearly covered - and every asset is brand-neutral and hand-modeled, free of AI and trade-dress risks.

Standard

For single projects and internal use
  • Royalty-free for internal visualization, concept and presentation
  • One site / one team
  • Instant download (ESD)

Extended

For commercial use & marketing
  • Everything in Standard
  • Commercial use incl. e-commerce, packaging, advertising
  • Multiple projects, multi-seat within the team
  • SimReady option

Enterprise

For group-wide and multi-site use
  • Group-wide / multi-site rights
  • Clean-IP guarantee & indemnification
  • NDA, individual contracts, PO/invoice
  • CAD-to-USD service & priority support

How we work with you

1

Evaluation

We clarify your use case (Omniverse, Isaac Sim, Siemens) and provide USD samples to test in your own environment.

2

Pilot

A scoped pilot - curated assets or a CAD-to-USD/SimReady conversion - proves the value on real data.

3

Rollout

Roll out as an enterprise license library, with extended rights, support and optional ongoing expansion.

Why industrial companies choose DOSCH

100%hand-modeled - no AI mesh, clean topology
Clean IPbrand-neutral, royalty-free, legally safe
Omniverse
+ Siemens
for the leading digital-twin ecosystems
Agency
+ product
standard assets and CAD-to-USD service from one source

Request an enterprise quote

Large projects buy via quote, invoice and purchase order - not via a shopping cart. Tell us briefly about your use case; our 3D agency team will get back to you with a concrete proposal, matching samples and, if needed, an NDA. For businesses, educational institutions and government agencies, purchase on invoice is of course possible.

Rely on DOSCH DESIGN as your partner for scalable 3D content. Our USD-format solutions offer users of Omniverse and Siemens Digital Industries software the security, quality and compatibility needed to successfully master the next stage of industrial digitalization.

FAQ: OpenUSD, SimReady, USDZ and Omniverse - brief & sweet

What is the difference between OpenUSD and USDZ?

OpenUSD is the full, extensible framework for composing and exchanging complex 3D scenes with layering, variants and metadata. USDZ is its compact, single-file package, optimized for mobile devices and augmented reality, for example via Apple ARKit.

What does SimReady mean and do you offer it?

SimReady means simulation-ready USD assets: geometry plus physical properties (collision bodies, mass) plus semantic metadata. On request we prepare DOSCH assets or your own models to be SimReady, so they can be simulated in NVIDIA Omniverse or Isaac Sim with no rework.

Can I use DOSCH USD assets directly in NVIDIA Omniverse?

Yes. Our models are optimized for direct use in NVIDIA Omniverse and Siemens Xcelerator, and can be implemented in tools such as Siemens Teamcenter X, Siemens Process Simulate or NVIDIA Isaac Sim without time-consuming conversion.

Do you convert our own CAD data into USD?

Yes. Through our CAD-to-USD service we convert your engineering data into standardized, cleaned-up USD and - on request - SimReady assets: clean topology, consistent materials and correct units, ready to use in Omniverse and Siemens Xcelerator.

How are licensing and usage rights handled?

There are three clear tiers: Standard (internal use), Extended (commercial use incl. e-commerce, packaging, advertising) and Enterprise (group-wide/multi-site, with clean-IP guarantee and indemnification, NDA plus PO/invoice). All assets are royalty-free, brand-neutral and hand-modeled.

Are the assets suitable for synthetic data and AI training?

Yes. Our 3D models provide the geometric precision and variance needed to run valid simulations in virtual environments, for training AI and autonomous robotics systems. SimReady preparation with semantic labels is available on request.

Are these AI-generated 3D models?

No. Every DOSCH model is 100% hand-modeled with clean topology and clear, royalty-free licensing - unlike AI-generated meshes with uncertain quality and rights.

DD
DOSCH DESIGN - professional 3D models, HDRIs, textures and render scenes for industry, engineering and visualization.
Last updated: July 2026



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