1CUTFAB Blogs
CAD Design for Laser Cutting: The Rules You Shouldn’t Ignore!
CAD Design for Laser Cutting: The Rules You Shouldn’t Ignore!
Laser cutting is precise, powerful, and incredibly versatile—but only if your design is up to par. One of the most...
Laser cutting is precise, powerful, and incredibly versatile—but only if your design is up to par. One of the most...
READMOREHow Material Thickness Affects Cutting Speed and Quality!
How Material Thickness Affects Cutting Speed and Quality!
When it comes to cutting thick materials with laser and waterjet, thickness isn’t just a number—it’s the single most important...
When it comes to cutting thick materials with laser and waterjet, thickness isn’t just a number—it’s the single most important...
READMOREWhy Not All 3D Printers Are Created Equal for Engineering Projects?
Why Not All 3D Printers Are Created Equal for Engineering Projects?
Not all 3D printers are built to meet the demands of modern engineering. While hobbyists may thrive with a desktop...
Not all 3D printers are built to meet the demands of modern engineering. While hobbyists may thrive with a desktop...
READMOREHow Part Orientation Affects Waterjet Cut Quality?
How Part Orientation Affects Waterjet Cut Quality?
When it comes to waterjet cutting, most designers obsess over material type and machine settings—but they often overlook one silent...
When it comes to waterjet cutting, most designers obsess over material type and machine settings—but they often overlook one silent...
READMOREAre All Materials Safe to Cut with a Laser?
Are All Materials Safe to Cut with a Laser?
Laser cutting is fast, precise, and incredibly versatile—but not all materials are safe to cut with a laser. In fact,...
Laser cutting is fast, precise, and incredibly versatile—but not all materials are safe to cut with a laser. In fact,...
READMOREUnderstanding Bend Sequencing in Sheet Metal Design!
Understanding Bend Sequencing in Sheet Metal Design!
If you’ve ever run into warped prototypes, broken flanges, or inconsistent tolerances in your sheet metal parts, the problem might...
If you’ve ever run into warped prototypes, broken flanges, or inconsistent tolerances in your sheet metal parts, the problem might...
READMOREFrom Sketch to Cut: How Fabricators Interpret Technical Drawings!
From Sketch to Cut: How Fabricators Interpret Technical Drawings!
In the world of metal and sheet fabrication, precision isn’t optional—it’s everything. At the heart of that precision lies a...
In the world of metal and sheet fabrication, precision isn’t optional—it’s everything. At the heart of that precision lies a...
READMOREThe Truth About Cutting Laminated and Composite Materials!
The Truth About Cutting Laminated and Composite Materials!
Laminates and composites are engineered materials made by layering different substances to enhance performance, durability, or appearance. These layered materials...
Laminates and composites are engineered materials made by layering different substances to enhance performance, durability, or appearance. These layered materials...
READMOREDesigning Notches, Tabs, and Slots for Laser-Cut Assembly!
Designing Notches, Tabs, and Slots for Laser-Cut Assembly!
When it comes to precision and ease of assembly, nothing beats a well-planned slot and tab design for laser cutting....
When it comes to precision and ease of assembly, nothing beats a well-planned slot and tab design for laser cutting....
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