Laser Cutting

NYC-Based Precision Sheet Metal Cutting.

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Need quick, precise flat-cut parts for your next prototype or project? 

Our laser cutting service delivers high accuracy with fast turnaround to keep your project on track.

Sheet Metal Laser Cutting

Our state-of-the-art 6Kw Fiber Laser can cut carbon steel, stainless steel, aluminum, yellow metals and more. See the list of our standard available materials.

We use various cutting gases, including oxygen, nitrogen, and compressed air, to offer you the highest quality parts on the most efficient production timeline.

All parts are made in-house at our Brooklyn production facility in New York City.

Laser Capabilities:

  • Cuts .015” to 1” thickness

  • Cut area up to 5’ x 10’

  • Tolerance of +/- .003”

Quality Parts in Your Ideal Turnaround Time

The turnaround time for laser cutting varies depending on the volume and complexity of the project, but for local customers, we can deliver in as little as 1-2 days (rush fees may apply).

We strive to provide fast and efficient service to meet your deadlines and communicate with you throughout the process.

Wombat NYC Delivery and turnaround showcasing with trailer and machines

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Our online quoting engine allows for quick and easy estimations for projects with drawings.

Get an instant quote by submitting your DXF or DWG files.

File Requirements:

  • 2D parts only, as DXF or DWG

  • Files should only contain the cut path of your parts (no borders, side views, fold lines, etc)

  • Parts should be scaled to their true size, 1:1

  • Files should not contain any Z-coordinates

  • Parts should be enclosed without open outers

  • Convert all text to shapes/outlines

  • Shapes and text should be connected with bridges

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Frequently Asked Questions

  • Laser cutting harnesses a high-powered laser beam to precisely slice through materials. The focused laser beam melts, burns, or vaporizes the material along a designated path, creating a clean and accurate cut. An assist gas (like oxygen or nitrogen) often aids in removing molten material and improving cut quality.

  • The maximum thickness a laser can cut depends on the laser's power and the material being cut. Generally, fiber lasers can cut steel up to 1 inch (25mm) thick. Other materials like wood or acrylic might have lower maximum thicknesses.

  • Laser cutting speed varies depending on factors like material type, thickness, laser power, and desired cut quality. It can range from a few inches per minute for thick metals to several feet per minute for thin materials like paper or fabric.

  • Laser cutting excels at intricate designs, precise cuts, and a wide range of materials. It's ideal for applications requiring high accuracy, complex shapes, or rapid prototyping. Industries like manufacturing, signage, automotive, and even fashion benefit from laser cutting.

  • Laser cutting offers exceptional accuracy, typically within 0.001 inches (0.025mm). This precision enables tight tolerances and intricate details, making it suitable for even the most demanding projects.