Trinix tackles industrial challenges
with AI-driven 3D engine

Trinix tackles industrial challenges
with AI-driven 3D engine

Investors · partners

Product Design
Automation Solution

Product Design
Automation Solution

Turn ideas into real, manufacturable 3D CAD models—just from text or image input.
TRINIX automates the entire design process with generative AI and a proprietary CAD engine.
Unlike mesh-based 3D tools, it produces structurally precise, production-ready outputs.
No expert knowledge required—design prototypes in minutes via browser. 

Accelerate product development, reduce cost, and eliminate repetitive work.
Used by teams in R&D, prototyping, hardware planning, and simulation. Start with a prompt.
TRINIX takes care of the rest.

Turn ideas into real, manufacturable 3D CAD models—just from text or image input.
TRINIX automates the entire design process with generative AI and a proprietary CAD engine.
Unlike mesh-based 3D tools, it produces structurally precise, production-ready outputs.
No expert knowledge required—design prototypes in minutes via browser. 

Accelerate product development, reduce cost, and eliminate repetitive work.
Used by teams in R&D, prototyping, hardware planning, and simulation. Start with a prompt.
TRINIX takes care of the rest.

3D Synthetic Data Generation Solution

3D Synthetic Data Generation Solution

Train robots smarter—with physics-aware, articulated 3D data generated from CAD or natural language.
TRINIX infers motion, joints, and part hierarchy from static models to build interactive simulation assets.
Unlike mesh-based 3D tools, it creates simulation-ready, articulated objects without manual rigging.
From digital twins to robot training environments, it scales synthetic data for diverse use cases. 

Supports “lever with rotating handle”-type prompts, transforming intent into motion-ready CAD.
Ideal for smart factories, appliance testing, and general robotic manipulation tasks. Bridge the gap from
static CAD to functional simulation—faster, cheaper, and fully automated.

Train robots smarter—with physics-aware, articulated 3D data generated from CAD or natural language.
TRINIX infers motion, joints, and part hierarchy from static models to build interactive simulation assets.
Unlike mesh-based 3D tools, it creates simulation-ready, articulated objects without manual rigging.
From digital twins to robot training environments, it scales synthetic data for diverse use cases. 

Supports “lever with rotating handle”-type prompts, transforming intent into motion-ready CAD.
Ideal for smart factories, appliance testing, and general robotic manipulation tasks. Bridge the gap from
static CAD to functional simulation—faster, cheaper, and fully automated.

Why Trinix?

When Data Becomes the Bottleneck

Modern AI systems require vast amounts of diverse and high-fidelity data — yet collecting real-world 3D data is slow, costly, and often incomplete.

Manual CAD modeling doesn’t scale. Existing real-to-simulation methods often lack the diversity and control required for high-fidelity training — mainly due to cost and time limitations.

Scaling 3D Creation for the Age of Industrial AI

Trinix bridges this gap by automating 3D CAD generation from text and images, combining it with our proprietary generative AI, modeling and rendering engines.

We produce high-quality synthetic 3D assets — in CAD, image, video, and articulated formats — tailored for robotics, digital twins, and industrial AI.

Key Advantages

Scalability

Rapid generation across object categories

Cost-efficiency

No manual modeling or post-processing

No manual modeling
or post-processing

Jitter removal and parts segmentation are required

Hyper-realism

Physically accurate rendering and formats

Multi-modal output

CAD + Image + Video + Articulation formats

(STEP, GLB, STL, OBJ, MJCF, URDF)

Plug-and-play

with MuJoCo, Omniverse Isaac Sim, Unreal

Core Capabilities

Image to CAD with precise editing for jitter-free, segmented part generation

Smartphone CAD Generation

Physics Simulation: Articulated Objects

Drawer/door/fridge simulation with
step-wise control logic

Dataset Generation for logistics, manipulation, segmentation

Environment randomization and physics-based item handling

Export-ready for NVIDIA Omniverse, MuJoCo, Unreal, Solidworks

3D-based deformation + defect image generation

Contact us

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ⓒ 2025 NDotLight Co., Ltd.

ⓒ 2025 NDotLight Co., Ltd.