In productionCNC bending
Design around the bend. Explore tooling, flange length, springback, and flat patterns.
Series 01 / In production
Understand the cut. Learn how geometry, assist gas, and edge quality affect the finished part.

08 lessons / Laser cutting
A closer look at every step. Explore the lessons. Videos coming soon.
LESSON 01 / beginnerHow Fiber Laser Cutting Works
Coming soonExplore lesson
Preview image / Video coming soonbeginner / In production
An inside look at how high-powered fiber lasers vaporize sheet metal with precision down to ±0.005″.
LESSON 02 / intermediateNitrogen vs Oxygen Assist Gas
Coming soonExplore lesson
Preview image / Video coming soonintermediate / In production
Why gas choice matters for edge quality, and when to use each for steel, aluminum, and stainless.
LESSON 03 / intermediateKerf Width & Tolerances Explained
Coming soonExplore lesson
Preview image / Video coming soonintermediate / In production
Understanding kerf compensation and how to design holes and slots for correct fit after cutting.
LESSON 04 / beginnerMaximum Part Size & Nesting
Coming soonExplore lesson
Preview image / Video coming soonbeginner / In production
How we gang multiple parts onto one sheet and what max sizes are supported by our machine bed.
LESSON 05 / intermediateMinimum Hole & Slot Sizes
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Preview image / Video coming soonintermediate / In production
Design rules for minimum hole diameters relative to material thickness. When tapping becomes an option.
LESSON 06 / beginnerEdge Quality & Deburring
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Preview image / Video coming soonbeginner / In production
What to expect on a raw laser-cut edge, and when deburring is needed for assembly or aesthetics.
LESSON 07 / intermediateCutting Aluminum vs Steel vs Stainless
Coming soonExplore lesson
Preview image / Video coming soonintermediate / In production
How cutting parameters and edge characteristics differ across our three main material families.
LESSON 08 / intermediateCommon Design Mistakes That Add Cost
Coming soonExplore lesson
Preview image / Video coming soonintermediate / In production
The 8 most common DXF errors that slow down production or cause scrap — and how to avoid them.
Continue exploring
In productionDesign around the bend. Explore tooling, flange length, springback, and flat patterns.
In productionChoose the right starting point. Compare alloys, thicknesses, and material properties.
In productionGive your design a clean handoff. Prepare cutting profiles, export files, and plan for hardware.
From your file to finished parts