Workflow · 2026
Pairs withSketchUp logoSketchUp

TechDraw AI
+ SketchUp

They aren't competitors. They're two ends of one pipeline. TechDraw AI turns a photo or a sketch into a dimensioned DXF. SketchUp turns that DXF into a 3D model — Push/Pulled into shape on a canvas built for woodworkers and architects, no feature tree in sight. This is the exact handoff, click by click.

maria, TechDraw AI usermustafa, TechDraw AI usersarah, TechDraw AI userdavid, TechDraw AI user
Trusted by 213,000+ usersEngineers, makers and machine shops.
4.8 out of 5
Updated June 2026·Works with SketchUp Pro
Step in the jobTechDraw AISketchUp
Capture from a photo
Real measured dimensions~
DXF / DWG import (Pro)
Push/Pull a face to a solid
Follow Me for turned profiles
Fast for woodworking & architecture~
Imports DXF in the free web version

Why pair TechDraw AI with SketchUp?

SketchUp is a joy to Push/Pull in and a useless scanner. It has no idea what the part on your bench actually measures. TechDraw AI does the measuring and the drawing; SketchUp does everything that comes after, fast.

Step one

From a photo to a dimensioned drawing

Upload a photo of the part, anchor one real measurement, and get back a clean, dimensioned drawing you can export as DXF.

PhotoPhoto of a solid oak shelf bracket on a woodworking bench
DrawingDimensioned technical drawing generated by TechDraw AI
Step two

Then Push/Pull or Follow Me in SketchUp

Import the DXF, explode it to native edges, then Push/Pull the flat parts and Follow Me the turned ones. You have a 3D model without redrawing a single line — and no history to manage.

A solid oak shelf bracket modelled in SketchUp
SketchUpSketchUp
The bridge

One clean DXF connects the two

The DXF is the seam between the tools. TechDraw AI exports it scaled to your measured reference, so once you set the units on import SketchUp reads real-size geometry. No guessing, no rescaling. If your part is flat, the DXF is already the cut file.

Dimensioned baluster drawing exported as DXF
Exports SketchUp reads
DXF, the edges you Push/Pull (Pro)
DWG, the same geometry, AutoCAD-native
SVG, a clean vector to trace from
PDF, the spec to keep open beside SketchUp
Opens inSketchUpSketchUpFusion 360SolidWorksOnshapeShapr3DFreeCAD
An undocumented turned hardwood baluster with no drawing
The part in your hand
A caliper measuring a turned hardwood baluster
One real measurement
A dimensioned technical drawing of a turned baluster
Dimensioned drawing
A turned hardwood baluster modelled in SketchUp
3D model in SketchUp
Push/Pull → solid
no feature tree to learn
Photo → 3D
skip the manual tracing
DXF import (Pro)
straight onto the canvas
Built for wood
and architecture
What are you trying to do?
Plan a woodworking build

Photograph a part or a fitting, get the DXF, Push/Pull it in SketchUp, and design the whole piece around real measured dimensions instead of guesswork.

Architectural detail from a sketch

Turn a hand sketch or a photographed moulding into a dimensioned DXF, then model the profile and Follow Me it along the run — cornices, trim, handrails.

Cut list and shop drawings

Once the model's right, SketchUp's plugins and LayOut turn it into cut lists and dimensioned shop drawings the bench can actually work from.

Fast 2D straight to the cutter

For CNC router work the DXF often goes straight to the machine; SketchUp just confirms and lays out the parts before it ships.

Who does what

Division of labour, not redundancy. Each tool owns the half of the job it's actually good at.

Step in the jobTechDraw AISketchUp
Capture from a photo
Real measured dimensions~
DXF / DWG import (Pro)
Push/Pull a face to a solid
Follow Me for turned profiles
Fast for woodworking & architecture~
Imports DXF in the free web version
Best atPhoto → drawingDrawing → 3D, fast
What each tool hands you
TechDraw AI
Dimensioned 2D drawing
One measured reference dimension
Closed vector profile
DXF, DWG, SVG, PDF export
SketchUp
Push/Pull faces into solids
Follow Me for turned profiles & mouldings
Fast, intuitive for woodworking
Huge component & plugin library

See it for yourself

Drop in a photo of a part. You'll get a dimensioned drawing and a clean DXF, ready to import into SketchUp Pro. No account needed to start.

Convert an image to DXF
Section 01

The five-step handoff

Once you've exported the drawing from TechDraw AI as a DXF, the import into SketchUp is short. If your part is flat, like a panel, shelf or template, the DXF is the cut file and you can stop after the import.

From DXF to a 3D model
1
Import the DXFFile › Import — needs SketchUp Pro
2
Set the unitsthe import Options dialog asks
3
Explode the importedit the edges as native geometry
4
Faces fill closed loopstrace an edge to regenerate one
5
Push/Pull or Follow Megive the face depth
A joinery bracket built from an imported profile in SketchUp
The imported profile, Push/Pulled into a bracket in SketchUp.
A shelf-and-baluster assembly in SketchUp
From there: build the piece, then a cut list.
Verdict

The seam is a DXF. Mind your units, exploding the import and closed coplanar loopsand it's a seam you barely notice. Geometry in, a Push/Pull model out.

Section 02

Push/Pull vs. Follow Me

The DXF is always a flat 2D profile. Once the edges form a face, how you give it depth depends on the part.

A prismatic panel, pushed up from a flat face
Prismatic parts → Push/Pull
  • Brackets, panels, boards, constant thickness
  • Click the face and drag it into a solid
  • Push a face inward to cut rebates and notches
  • Keep Push/Pulling new faces — no history to re-open
A baluster being turned on a lathe, made with Follow Me
Turned & swept → Follow Me
  • Balusters, spindles, table legs, anything round
  • Draw the half-profile and a circular path
  • Follow Me spins it like a lathe
  • Also runs mouldings and trim along a path
Section 03

Three gotchas that break the import

Almost every “my DXF won't make a face in SketchUp” thread comes down to one of these. Knowing them up front saves the ten minutes.

1. DXF import needs SketchUp Pro.The free web version can't import DXF or DWG. On Pro it's File › Import; on the free version, bring the drawing in as an image to trace, or model straight to the dimensions on the sheet.
2. Faces only form on closed, coplanar loops. After you explode the import, re-draw over any one edge of a loop to trigger the face. A tiny gap between endpoints, or edges that aren't quite coplanar, will stop a face from forming.
3. Tiny geometry vanishes.SketchUp won't build faces below a small threshold, so set the units in the import Options, and for fine detail use the woodworker's trick: scale the model up 10–100×, model it, then scale it back down.

Cleanest habit: from TechDraw AI, export one DXF of just the profile geometry to import and Push/Pull, and keep the full dimensioned drawing (or a PDF) open beside SketchUp as your spec. The model gets clean edges; you keep the numbers in view.

Section 04

Where this combo earns its keep

Best tool for each step of these jobs
JobTechDraw AISketchUp
Capture an undocumented part
Dimension it to real size
Build the 3D model
Woodworking & architecture speed
Cut lists & shop drawings
Who leads where
Capture & dimensioningTechDraw AI
2D drawing from a photoTechDraw AI
Push/Pull modelingSketchUp
Woodworking & architectureSketchUp
The full pipelineBoth, together
More

Other CAD workflows

TechDraw AI hands a clean, dimensioned DXF to whatever you model in. Here's the same photo-to-3D handoff written up for other CAD tools.

Start at the part, end at the 3D model

Generate the dimensioned DXF in minutes, then import it into SketchUp. No tracing, no blank canvas, no redrawing. Free to start, no account needed.

DWG vs. DXF: which to send

Frequently asked questions

Does TechDraw AI replace SketchUp?

No. They solve different halves of the job. TechDraw AI gets you from a physical part or an idea to a dimensioned 2D drawing and a clean DXF in minutes. SketchUp is the fast, intuitive Push/Pull modeller — built for woodworking and architecture — where that DXF becomes a 3D model you can build a whole piece around.

How do I import a TechDraw AI drawing into SketchUp?

Export the drawing as DXF from TechDraw AI. In SketchUp Pro, use File › Import, choose the DXF and set the units in Options. The geometry arrives as a group of edges — explode it so faces form on the closed loops, then Push/Pull. Note that DXF import is a Pro feature; the free web version can't import DXF.

Why didn't a face appear after I imported the DXF?

SketchUp only creates a face when a loop is closed and perfectly coplanar. After exploding the import, re-draw over any single edge of the loop to trigger the face. Tiny gaps between endpoints, or edges that aren't quite coplanar, will stop a face from forming.

The part is the wrong size, or small details vanished — why?

Two causes. Units: set them in the import Options — a 50 mm part read as inches lands 25.4× off. And SketchUp's tiny-geometry limit: it won't build faces below a small threshold, so fine detail disappears. The classic fix is to scale the model up 10–100×, model it, then scale it back down.

Can I import a DXF in the free SketchUp (web)?

Not directly — DXF and DWG import is a SketchUp Pro feature. On the free web version, bring the TechDraw AI drawing in as an image to trace over, or just model to the dimensions on the drawing. For full DXF import you'll need SketchUp Pro.