1
Reading the drawing
Recognition of dimensions and geometry with computer vision, reading tolerances, threads and details. If a dimension is ambiguous, the generator stops and asks before making anything up.
G-code generator from drawing
Closed betaUpload the plan, review the geometry and generate the CNC program with AI assistance. The core of GetGCode.
The Pro beta is closed. Sign up to use the free tools and receive an email when access opens.
Closed beta
This feature is in closed beta
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Guide
How to turn a drawing into G-code with artificial intelligence
Upload the part drawing (PDF, photo or image); the AI reads dimensions, radii, chamfers and threads, shows you the reconstructed geometry to confirm, and generates the complete CNC program for your control. Before signing it off, a deterministic examiner checks collisions and modal state, and the program opens in the simulator to view it in 2D/3D.
2
Visual checkpoint
You'll see the reconstructed contour over the drawing before generating: fix whatever is needed and confirm. It's the step that prevents programming a misread geometry.
3
Verified CNC program
It generates the G-code for lathe or milling machine in your control's dialect (Fanuc, Haas, Siemens, Heidenhain), runs it through a collision examiner and opens it in the simulator and editor. From there, send the cycle time to the quote calculator.
Frequently asked questions
Frequently asked questions about the G-code generator
Which drawing formats does the G-code generator accept?
PDF, JPG and PNG: drawings exported from CAD and also photos of paper drawings. The cleaner and more complete the drawing (dimensions, views, tolerances), the better the reading. Drawings with missing dimensions are detected and the generator asks instead of guessing.
Which CNC controls does it generate programs for?
Fanuc, Haas, Siemens ISO and Heidenhain ISO, for lathe and milling machine. The program can be converted between dialects from the built-in CNC simulator and editor.
Is the generated G-code ready to machine?
It is a complete program checked by a collision and modal-state examiner, but it is still a starting point: review it in the simulator, adjust cutting parameters to your actual tooling and prove it out on the machine in single block, as with any new program.
How does the generator avoid AI reading errors?
With three safeguards: a pause for questions when a dimension is ambiguous, a visual checkpoint where you confirm the reconstructed geometry over the drawing, and a deterministic validation of the contour before generating the G-code. The AI proposes; you confirm.
Can I calculate the cycle time and the price of the part?
Yes. The simulator estimates the cycle time of the generated program and with one click you send it to the quote calculator to get the cost per part and per batch with your rates.
Is it free? Do I need an account?
El generador usa modelos de IA con coste real, así que forma parte del nivel Pro. Puedes ver la herramienta sin cuenta; la beta está cerrada y puedes registrarte para recibir el aviso cuando esté disponible.
What happens to my drawings?
Drawings are processed to extract the geometry and generate the program; they are not published or used to train models. See the privacy policy for processing and retention details.
Keep going
Related tools
CNC simulator & editor
Review the toolpath in 2D/3D, inspect every line and convert between dialects.
Machining quote
Cost per part and per batch from cycle time, material and rates.
Cutting parameters
Recommended Vc, RPM and feed by material to fine-tune the program.
Drawing to STEP 3D
Turn the drawing into a 3D part with editable dimensions and download it as STEP or STL.