2D Drawing to 3D Model

Blueprint
to 3D Reality.

Upload any engineering drawing and get a fully parametric, measurable 3D model in seconds — ready to section, inspect, and export for manufacturing.

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AI VisionParametric ModelingSolid GeometryInteractive 3D ViewerAI VisionParametric ModelingSolid GeometryInteractive 3D ViewerAI VisionParametric ModelingSolid GeometryInteractive 3D ViewerAI VisionParametric ModelingSolid GeometryInteractive 3D ViewerAI VisionParametric ModelingSolid GeometryInteractive 3D ViewerAI VisionParametric ModelingSolid GeometryInteractive 3D ViewerAI VisionParametric ModelingSolid GeometryInteractive 3D ViewerAI VisionParametric ModelingSolid GeometryInteractive 3D Viewer

The Process

From flat drawing
to solid geometry.

01

Upload Your Drawing

Drop in any 2D engineering drawing -scanned blueprint, CAD export, or photograph. The system reads dimensions directly from the image, no manual tracing required.

02

Automatic Dimension Reading

AI vision scans every annotation on the drawing and pulls out all critical dimensions -diameters, depths, bolt patterns, angles, tolerances, and surface finishes.

03

Review Before You Build

Every dimension is laid out for you to verify. Values that differ from standard ranges are flagged. You stay in control -edit anything before the model is generated.

04

Solid 3D Model Generated

The geometry engine constructs a true solid model from the parameters -flanges, bores, bolt holes, fillets, and chamfers are all built as real physical features, not textures.

05

Inspect, Measure, Export

Section through the model to verify internal geometry. Measure any distance in the viewer. Export as STEP for your CNC workflow, STL for printing, or OBJ for visualisation.

Solid Geometry

Real geometry.

Model Features -Built from Your Drawing

01Main BodyOuter cylindrical shell with precise diameter and height from the drawing
02Top FlangeFull annular flange built to specified outer diameter and thickness
03Bottom FlangeMatching bottom flange with independent diameter and depth control
04Side Port BossRadial boss projected at the exact angle specified in the drawing
05Upper BorePrimary through-bore cut from the top to the correct depth and diameter
06Lower BoreStepped inner bore with independent diameter -creates the internal shoulder
07Side Port BoreLateral bore through the boss and body at the specified angle
08Top Bolt PatternBolt holes and counterbores on the top flange, evenly distributed
09Bottom Bolt PatternBolt holes and counterbores on the bottom flange at the bolt circle diameter
10Side Port BoltsFastener holes on the side port flange face
11Edge FilletsRadius blends applied to all transition edges per drawing notes
12ChamfersLead-in chamfers on bore entries and flange edges as specified
Every solid is validated for geometric integrity before it reaches the viewer

Capabilities

Built for
engineering accuracy.

01

Reads Any Engineering Drawing

Upload a scanned blueprint, a photograph of a hand drawing, or a digital PDF. The AI reads every annotated dimension -diameters, depths, bolt circles, port angles, tolerances, and surface notes.

02

Every Dimension is Editable

All extracted values are presented for your review before anything is built. Change a bore diameter, adjust a flange thickness, correct a bolt count -the model reflects exactly what you approve.

03

True Solid, Not a Shell

Internal bores, side passages, stepped cavities, and counterbores are cut through the full solid mass. Section the model at any point and the internal geometry is exactly what the drawing specifies.

04

Geometry Verified Before Delivery

Every model is checked for physical validity -wall thicknesses, bore clearances, bolt circle geometry, and angular consistency are all verified before the 3D model is shown to you.

05

Interactive Inspection Tools

Drag a section plane through the solid to reveal any internal feature. Click two points to measure a distance. Rotate and zoom freely. Every feature from the drawing is individually selectable.

06

Export for Any Downstream Use

Download as STEP to open in SolidWorks, Fusion 360, or FreeCAD for further machining work. Export as STL for 3D printing or FEA simulation. OBJ format for rendering and visualisation.

28
Dimensions extracted
STEP
Manufacturing-ready format
<5s
Model generation time
100%
True solid geometry

Get Started

Turn the next
drawing into
a 3D model.

Upload your drawing, confirm the dimensions the AI reads, and get a fully solid 3D model in seconds. Section it, measure it, then export directly into your manufacturing workflow -no manual CAD modelling required.

UploadAny 2D engineering drawing
ReadAI reads all dimensions automatically
GenerateFull solid 3D model in seconds
ExportSTEP, STL, or OBJ -ready for production
VexForm -2D Drawing to 3D ModelBuilt by Naren S J