DIGITAL TWIN

Build It In
Simulation First

Real-world mistakes cost money, time, and safety.
Catch them virtually — before they're built into reality.

Book a Demo

OVERVIEW

Why TRINIX?

A digital twin recreates factories and equipment in the virtual world so you can build, operate, and validate them before breaking ground.
But experimenting on a real plant costs enormous time and money, high-risk floors are dangerous, and even a virtual build used to take months.

TRINIX generates 3D CAD from images alone and injects the physics — cutting that process from months to days.

01 Bring Your Own CAD

Experience TRINIX to
Close Ideal-to-Real Gap Faster

Just deploy your CAD.

Then we will make them SimReady.

02 Start From an Image

Takes too much time to draw one by one?

Takes too many words to describe?

Then describe with an image.

If you have any questions or would like to learn more, our team is here to help.

PROCESS

How It Works

Step 01

Describe a space or a complex product with Text, Image, or CAD

TRINIX accepts text prompts, images, or existing CAD files to instantly capture spatial layout and complex equipment details.

Step 02

Generate the space and equipment as 3D CAD within minutes

TRINIX automatically converts described environments and equipment into fully editable 3D CAD models in minutes.

Step 03

Inject physics automatically to make it operable

TRINIX analyzes spatial geometry and kinematics to automatically inject physical properties and joint articulation for realistic simulations.

Step 04

Separate visual and collision mesh to ensure smooth simulation

TRINIX generates highly precise collision meshes separately from visual models, ensuring high-fidelity, lag-free spatial simulations.

Step 05

Operate and validate in simulation

TRINIX exports fully configured digital twin models ready for seamless deployment, control, and validation in simulation environments like Isaac Sim™, MuJoCo or Gazebo.

Step 01
Describe a space or a complex product with Text, Image, or CAD
Step 02
Generate the space and equipment as 3D CAD within minutes
Step 03
Inject physics automatically to make it operable
Step 04
Separate visual and collision mesh to ensure smooth simulation
Step 05
Operate and validate in simulation

SOLUTION

From Reality to Simulation

Convert Your CAD without Loss

Convert Your CAD
without Loss

01. Upload Your CAD

Bring in the CAD data you already own.

02. Describe What Matters

Tell us which details need to be preserved.

03. Part-Level Reconstruction

TRINIX analyzes the data and rebuilds the part composition.

04. Automatic Physics Injection

Physics and articulation data are inferred and injected automatically.

05. Collision Mesh Separation

Visual and collision mesh are separated for smooth simulation.

06. Simulation-Ready Export

Export into a simulation-ready file.

01. Upload Your CAD

Bring in the CAD data you already own.

02. Describe What Matters

Tell us which details need to be preserved.

03. Part-Level Reconstruction

TRINIX analyzes the data and rebuilds the part composition.

04. Automatic Physics Injection

Physics and articulation data are inferred and injected automatically.

05. Collision Mesh Separation

Visual and collision mesh are separated for smooth simulation.

06. Simulation-Ready Export

Export into a simulation-ready file.

Build, Operate, and Train
Before You Break Ground

Build the virtual factory in

3D CAD from Text or Image. Save your effort.

Auto-defined

articulation

Build the virtual factory in

3D CAD from Text or Image.

Save your effort.

Operate and validate in simulation

before youbuild in reality. Save your time and money.

Operate and validate in simulation

before youbuild in reality.

Save your time and money.

Train robots to allocate to

dangerous tasks. Save your people.

Train robots to allocate to

dangerous tasks. Save your people.

Beyond a Single Space,
the Entire Environment.

Go beyond buildings to entire outdoor environments and city scale maps. Ideal for training autonomous driving robots on realistic roads and spaces.

See More Demo

Explore Other Solutions

Robotics

Generate high-fidelity simulation data for your robots to learn from.

Explore

close-up photography of black metal gears

Industrial Design

Free yourself from stroke-by-stroke modeling. Automate the process instead.

Explore

Asset Library

Browse a library of SimReady assets, ready to drop into your simulation.

Explore

CONTACT US

Validate In Simulation
Before You Build

Select Language

Korea HQ

18F, Kins Tower, 8 Seongnam-daero 331beon-gil, Bundang-gu, Seongnam-si, Gyeonggi-do, Republic of Korea

R&D Center

Office 403, Global Biz Center, 43 Changeop-ro, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea

US Office

3003 N 1st St., San Jose, CA 95134, United States

Privacy Policy

Select Language

Korea HQ

18F, Kins Tower, 8 Seongnam-daero 331beon-gil, Bundang-gu, Seongnam-si, Gyeonggi-do, Republic of Korea

R&D Center

Office 403, Global Biz Center, 43 Changeop-ro, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea

US Office

3003 N 1st St., San Jose, CA 95134, United States

Book a Demo

Build It In
Simulation First

OVERVIEW

OVERVIEW

Why TRINIX?

Why TRINIX?

01

Bring Your Own CAD

Experience TRINIX to
Close Ideal-to-Real Gap Faster

02

Start From an Image

PROCESS

PROCESS

How It Works

SOLUTION

SOLUTION