In productionLaser cutting
Understand the cut. Learn how geometry, assist gas, and edge quality affect the finished part.
Series 02 / In production
Design around the bend. Explore tooling, flange length, springback, and flat patterns.

07 lessons / CNC bending
A closer look at every step. Explore the lessons. Videos coming soon.
LESSON 01 / beginnerHow CNC Press Brake Bending Works
Coming soonExplore lesson
Preview image / Video coming soonbeginner / In production
A walkthrough of the air bend process, die selection, and how bend angle is controlled to ±0.5°.
LESSON 02 / intermediateBend Allowance & K-Factor
Coming soonExplore lesson
Preview image / Video coming soonintermediate / In production
The math behind how material stretches during bending, and how K-factor affects your flat blank length.
LESSON 03 / intermediateSpringback & How to Compensate
Coming soonExplore lesson
Preview image / Video coming soonintermediate / In production
Why metal springs back after bending, how springback varies by material, and how our CNC brake compensates.
LESSON 04 / beginnerMinimum Flange Length Rules
Coming soonExplore lesson
Preview image / Video coming soonbeginner / In production
Why short flanges are a problem and how to calculate the minimum flange for your gauge and die width.
LESSON 05 / intermediateInside Bend Radius Selection
Coming soonExplore lesson
Preview image / Video coming soonintermediate / In production
How to choose the right inside bend radius for your material and thickness to avoid cracking.
LESSON 06 / advancedDesigning Multi-Bend Enclosures
Coming soonExplore lesson
Preview image / Video coming soonadvanced / In production
How to design boxes and chassis that can physically be bent on a press brake — avoiding tooling clashes.
LESSON 07 / beginnerBend Layout & Flat Pattern Basics
Coming soonExplore lesson
Preview image / Video coming soonbeginner / In production
Reading and creating flat patterns — how to communicate a bent part clearly in your DXF file.
Continue exploring
In productionUnderstand the cut. Learn how geometry, assist gas, and edge quality affect the finished part.
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