One line of description or a single image becomes a part-separated 3D model. Keep editing with prompts and millimeter parameters, convert to STEP and DXF, and drop the result straight into the CAD tools you already use. Polygon optimization included.
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DREAM PLASTIC
Repetitive modeling for concept mockups, prep work for design reviews, manual reverse-engineering of scans and images. That is preparation, not judgment. VRINGON CAD reduces this stage to minutes.
A one-line prompt or a single image or sketch. The AI writes a millimeter-level spec and builds the 3D model from it.
Housings, covers, and fasteners come out as an assembly structure from the start. Verify instantly with the explode and assemble motion.
Follow-up prompts like "lower the height to 160 mm", millimeter parameters, and per-part materials.
Convert to STEP (AP214) and DXF, and auto-reduce polygons to fit the use case before export.
The output is a part tree, not one merged mesh. Select, move, and re-material parts individually, with explode and assemble animation built into the viewer.
Convert to STEP (AP214) with per-part solids and layer-separated DXF. Opens directly in SolidWorks, CATIA, NX, and Creo.
"Three ribs, 3 mm walls" translates into parameter changes and applies instantly. Select a part first and the edit scopes to that part.
Every dimension is a millimeter parameter. Move a slider and fillets and bolt patterns recompute together.
Three tessellation presets plus a reduction slider produce anything from lightweight viewer meshes to full-resolution data from one model.
Upload a dimensioned 2D drawing and the callouts — Ø, R, t and each projected view — are transcribed into the 3D model. Hand sketches follow the silhouette and proportions.
Parts are separated, mating faces measured, and each connection resolved to a revolute, prismatic or fixed joint. Travel limits come from actually sweeping the joint until it interferes with its parent.
Collision shapes and mass properties are generated separately from the visual mesh, and only assets that pass the simulation sweep and format round-trip ship — with a readiness score attached.
VRINGON CAD is on-premise software installed on your infrastructure. Generation, editing, and conversion all run inside your network, including fully air-gapped configurations. Your infrastructure, your rules.
VRINGON CAD does not replace your tools. It is the front end that creates initial geometry and hands it over in standard formats that open in SolidWorks, CATIA, NX, Creo, and Fusion.
Standard exchange format with per-part solids preserved, for CAD, CAM, and CAE.
Layer-separated format for drawing systems.
Mesh formats for visualization, collaboration, and 3D printing, with the part hierarchy intact.
For customers who need it, we also support mold design review, injection process optimization, and connections to verified manufacturing partners, so the data you create in software carries through to production. This is an optional service.
Contact usYes. On-premise installation on your servers is the default. After installation, all generation and conversion runs inside your infrastructure. A private cloud (VPC) setup is also available on request.
In an on-premise installation, design data never leaves your network. We do not access customer data and never use it for model training. This is stated in the contract.
We develop and operate on processes based on ISO/IEC 27001 for information security and ISO/IEC 42001 for AI management. Scope details and security controls are available as a security review package.
Yes. It is designed to run without external connectivity, and models and updates are delivered as offline packages following your security procedures.
Exports use standard formats such as STEP and DXF that open directly in SolidWorks, CATIA, NX, and Creo. It is a front-end tool that creates initial geometry, not a replacement for your CAD.
All rights to geometry generated with VRINGON CAD belong to the customer. We claim no rights and place no restrictions on commercial use, provided your inputs do not infringe third-party rights.
You can start with a single GPU server (for example an RTX 4090 class or A100/H100). Tell us your usage scenario and we will size a recommended configuration; existing in-house GPU servers can be used.
We run a pilot on your actual design tasks: requirements review, installation, task execution, and a results review. The pilot report includes time spent and output quality; duration and terms depend on scope.
Try the full flow with a demo account, or ask for a pilot scoped to your own design tasks.