The Xometry app works best with JavaScript enabled!
  • Solutions
  • Industries
  • Resources
  • Enterprise
  • How Xometry Works
  • Become a Supplier
ResourcesSheetHow to Prepare your DXF File for Sheet Cutting

How to Prepare your DXF File for Sheet Cutting

picture of Greg Paulsen
Written by
Aaron Lichtig
Updated by
 3 min read
Published December 9, 2021
Updated August 13, 2024

You can upload a DXF file for instant pricing of laser or waterjet cut parts. This guide offers tips and requirements for the best results using a DXF.

Xometry Image

Using a DXF file for quoting

Xometry's Sheet Cutting Services utilize laser cutting and waterjet cutting to produce affordable flat parts with custom outlines. We accept various file types, including STEP, SLDPRT, IPT, PRT, SAT, and DXF. DXF files are uniquely suited for sheet cutting because they are two-dimensional, top-down representations of the final part.

DXF files are exported from CAD software and even many art and design programs. DXF files are vectored, meaning that a mathematical formula versus pixels defines the lines. Unlike raster images such as photos, vectored DXF files will not lose any resolution regardless of how far you zoom in on the image.

DXF Quick Tips

Overlapping lines zoom-in


Remove all duplicate or overlapping lines, curves, points, or other entities.


Open Curve Zoom In

The file should not contain open curves. Close all open curves so that the 2D sketch can be extruded.


Drawing with closed a curve, no overlapping or duplicate lines.

The drawing should have all curves closed and no overlapping or duplicate lines, as shown here.


Drawing with sheet format

Remove any title block information, notes, and dimensions.


Drawing with extra curves and lines

The file should not contain extra curves or lines preventing the detection of boundaries.

Correct drawing for the Instant Quote Engine

The file should contain only the outline of the part to cut, scaled 1:1, with all curves closed, and no overlapping entities.

Xometry sheet cutting services
Quote your Laser or Waterjet Project

DXF Requirements

Cut lines only

The best way to get an instant quote with a DXF is to upload a cut file and not the full drawing. Using a DXF will create a quote for a “flat cut” sheet part without bends. If there are bends in the part, the best way to quote is by using a 3D CAD model (STEP or other format) formed to the final shape.

Scale 1:1

Your drawing should be scaled to the exact size of the final part.

Rules for units

The units will either be in millimeters or inches. If the design was made with a different unit, you must update your units and re-export.

Xometry will choose your units based on the following rules:

  • If the maximum length of your DXF is over 48.5 units, Xometry assumes the DXF is in millimeters.
  • If the maximum length is less than 1 unit, Xometry will assume the DXF is in inches.
  • Otherwise the units in the file are kept.

Put tolerance information in a separate file

If your parts require specific tolerances beyond our default manufacturing standards, tolerance callouts will need to be specified in the instant quote and included in an attached drawing for accurate pricing.

No title blocks

Extra-drawn features can be confused with cut geometry and cause the file processing to fail. As part of the geometry process, multiple layers are merged into a single layer.

All geometry must be in the XY-plane

All drawing features must be oriented in the XY plane. Make sure the file is a 2D (not 3D) DXF file. Remember, instant quotes are supported for our Sheet Cutting process only with DXF files.

No inserts or assembled components

Files cannot contain inserts or multiple assembled components.


Become an Expert in All things Sheet Metal Fab

Sheet metal laser cut and punched plate with Xometry logo
Learn More about Sheet Cutting
picture of Greg Paulsen
Greg Paulsen
They call me the Director of Application Engineering at Xometry. This means I not only get to produce great design-for-manufacturing content but also consult on various custom manufacturing projects using CNC machining, additive manufacturing, sheet metal, urethane casting, and injection molding. If you have a question, I'm your guy.

Read more articles by Greg Paulsen

Quick Links

  • Home

  • Contact Us

  • Help Center

  • About Us

  • Careers

  • Press

  • Investors

  • Xometry Go Green

Support

  • Privacy Policy | Terms of Use | Legal

  • ITAR | ISO 9001:2015 | AS9100D | ISO 13485:2016 | IATF 16949:2016


© 2024 Xometry, All Rights Reserved