1CUTFAB Blogs
How Fabrication Shops Evaluate “Easy” vs “Risky” Jobs Internally?
How Fabrication Shops Evaluate “Easy” vs “Risky” Jobs Internally?
In fabrication shops, not every job is created equal. Before a quote is approved or a machine is scheduled, teams...
In fabrication shops, not every job is created equal. Before a quote is approved or a machine is scheduled, teams...
READMOREHow Fabrication Complexity Grows Faster Than Part Geometry?
How Fabrication Complexity Grows Faster Than Part Geometry?
In modern manufacturing, part geometry tells only half the story. What looks simple on a CAD screen can quickly become...
In modern manufacturing, part geometry tells only half the story. What looks simple on a CAD screen can quickly become...
READMOREWhy Some Fabricated Parts Fail During Installation, Not Manufacturing?
Why Some Fabricated Parts Fail During Installation, Not Manufacturing?
Many fabricated parts pass inspection, meet tolerance requirements, and leave the shop floor looking flawless—yet they still fail once installation...
Many fabricated parts pass inspection, meet tolerance requirements, and leave the shop floor looking flawless—yet they still fail once installation...
READMOREWhat Happens When Fabrication Processes Compete Instead of Complement Each Other?
What Happens When Fabrication Processes Compete Instead of Complement Each Other?
In modern manufacturing, choosing a fabrication method isn’t just a technical decision—it’s a strategic one. Yet many teams still select...
In modern manufacturing, choosing a fabrication method isn’t just a technical decision—it’s a strategic one. Yet many teams still select...
READMOREWhy Fabrication Shops Care About Part Orientation More Than Designers Expect?
Why Fabrication Shops Care About Part Orientation More Than Designers Expect?
When designers think about manufacturability, they often focus on material choice, tolerances, and overall geometry. But part orientation in fabrication...
When designers think about manufacturability, they often focus on material choice, tolerances, and overall geometry. But part orientation in fabrication...
READMOREHow Material History Affects Cutting, Bending, and Welding Performance?
How Material History Affects Cutting, Bending, and Welding Performance?
In fabrication, it’s common to assume that steel is steel and aluminum is aluminum. But in reality, the material history...
In fabrication, it’s common to assume that steel is steel and aluminum is aluminum. But in reality, the material history...
READMOREWhy Fabrication Errors Often Originate From “Correct” Measurements?
Why Fabrication Errors Often Originate From “Correct” Measurements?
In modern manufacturing, measurements are often assumed to be infallible. If the numbers are correct, the part should be correct—right?...
In modern manufacturing, measurements are often assumed to be infallible. If the numbers are correct, the part should be correct—right?...
READMOREWhy Fabrication Lead Time Is Often Determined Before Cutting Begins?
Why Fabrication Lead Time Is Often Determined Before Cutting Begins?
Fabrication lead time is often misunderstood. Many buyers assume that once the cutting machine starts, the clock truly begins. In...
Fabrication lead time is often misunderstood. Many buyers assume that once the cutting machine starts, the clock truly begins. In...
READMOREWhen 3D Printing Is Used Only to Prevent Costly Fabrication Errors?
When 3D Printing Is Used Only to Prevent Costly Fabrication Errors?
In modern fabrication, 3D printing has shifted from a futuristic novelty to a crucial validation tool. Many manufacturers assume 3D...
In modern fabrication, 3D printing has shifted from a futuristic novelty to a crucial validation tool. Many manufacturers assume 3D...
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