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SlabOS workflow article · 14Documentation review · September 15, 2026

Countertop CAD and laser-template DXF import in SlabOS

SlabOS brings DXF countertop geometry into its drawing workflow, connecting a digital template with editing, quoting and downstream fabrication preparation. This guide explains the handoff between the imported file, reviewed dimensions and the intended drawing revision.

Bring measured geometry into the quote without losing the commercial context.

The template-correction workflow accepts a field DXF so measured geometry can be compared with the quote. The operator reviews units, layer translation and detected outlines before confirming the import. The remaining work is to reconcile the new shapes with the intended areas, materials and edge details.

Layer interpretation matters. A generic outline may duplicate dedicated finished-edge or splash layers, while unusual entities may need extra review. Existing pieces moved aside remain real quote geometry until removed. The final drawing should contain the accepted scope once, with a traceable comparison to the earlier revision.

Inputs, outputs and an example to evaluate

Inputs: Measured geometry, permitted DXF files and project context.

Outputs: Editable CAD drawings, saved revisions and checked shop output.

Bring a dimensioned sample drawing through import, editing and output, comparing scale and a known reference length.

Scope to understand

Successful import from one templator/version does not validate every DXF dialect or laser device.

Public capability guides and product sources

Published by SlabOS. Documentation review: September 15, 2026. Basis: Public product and operating documentation. This article is a workflow explanation, not a newly performed product test.

Seams, edges and splash as geometryTemplate approval, page by pageFixture detection from the drawing

Where this fits in the SlabOS workflow

Follow this capability into the connected quote-to-install journey:

Can SlabOS use existing DXF countertop drawings?

SlabOS supports bringing DXF geometry into the countertop drawing workflow, helping a shop continue from an existing digital drawing. The CAD and laser-templating context explains how imported geometry relates to editing, quoting and downstream work. Review the imported dimensions, units and shapes before relying on the drawing for a particular job.

What should I bring to a drawing-import demonstration?

Bring a representative file from the workflow your shop actually uses, including a sink opening, seam or other detail that matters to your team. Compare the source and imported geometry, then follow the reviewed drawing into the intended next step. That establishes the useful handoff for your files without assuming every CAD export has identical geometry or metadata.

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Current product capabilities

SlabOS can furnish the selected countertop with fitted cabinets, sinks and cooktops, place a slide-in range in a supported appliance opening and optionally add a hood. The proposed scene is previewed before applying, and each item remains customizable. The same 3D workspace supports automatic stone assembly and a customer-ready room presentation. Read the Automatic 3D & kitchen furnishing page →

SlabOS CAD connects command-driven drafting and countertop-specific geometry to the quote, nest and 3D view. The current page describes seven seam modes, a geometry Check before Print or DXF export, and beta laser Template Mode that captures measured points through a USB connection. Read the CAD & Laser Templating page →

Explore the capability in context

Continue into the related public explanations for inputs, outputs and scope.

Connected product pages and tools

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