Notes on acrylic and polycarbonate fabrication
Practical guidance on materials, processes, and applications — no invented specifications, just what actually matters when specifying a fabricated part.
Where Acrylic and Polycarbonate Fabrication Actually Gets Used
A tour through the industrial applications where fabricated acrylic and polycarbonate components show up — and why.
Acrylic Bonding: How Multi-Part Assemblies Get Built
Bonding is how a component too large or too complex for a single sheet becomes one finished assembly.
Acrylic Bending: Getting a Folded Edge Without a Seam
Heat-forming acrylic to an angle avoids a bonded corner entirely — useful more often than it gets considered.
Laser Cutting Acrylic and Polycarbonate: Where It Excels
Laser cutting isn't a replacement for CNC routing — it's the better tool for a specific kind of geometry.
CNC Acrylic Cutting: When Routing Is the Right Call
CNC routing and laser cutting can both produce a cut acrylic part — here's how to think about which one fits your geometry.
Polycarbonate Fabrication: What's Different From Acrylic
The same core processes apply, but polycarbonate's properties change a few things about how it's handled and where it's used.
What Acrylic Fabrication Actually Involves
From flat sheet to a finished component — an overview of the processes that turn acrylic stock into a usable part.
What Makes a Good Industrial Machine Guard
A machine guard has one job that matters more than any other: staying between a person and a hazard. Here's what that means for material and fabrication choices.
Choosing Acrylic Thickness: What Actually Matters
There's no single right thickness — it depends on span, load, and how the part is mounted. Here's what to think through before you specify one.
Acrylic vs Polycarbonate: Which Material Fits Your Application?
Both are common choices for transparent fabricated components, but they suit different jobs. Here's how to think about the choice.