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DXF Files for CNC Cutting | Husky Build-Out Slim File Digital Download BOCO Custom LLC

DXF Files for CNC Cutting | Husky Build-Out Slim File Digital Download

$6.00 - $6.00
$6.00
$6.00 - $6.00
$6.00
SKU ET-1770565641
Availability:
in stock, ready to be shipped

USA MADE

This item is designed and manufactured in the United States

Product Description

Grab this precision DXF file and start cutting your Husky Build-Out slim mounting plate right away on your Plasma, Laser, or Waterjet CNC machine.

Designed and carefully verified right here in California, USA 🇺🇸 by BOCO Custom — exact fit, clean cuts, no wasted material, no alignment issues.

Ideal for fabricators creating low-profile, light-duty steel mounts for garage walls, work trucks, trailers, ATVs, or shop organization — a durable steel upgrade over plastic alternatives.

Why you'll love this DXF
✅ Inches AND Metric Provided — Universal compatibility — no manual conversion required
✅ Ready-to-Cut Design — Pre-formatted, tested layout — load and cut immediately, no cleanup or redrawing needed
✅ Recommended Gauge — Designed & proven on 14 gauge steel — perfect for slim, low-profile builds with reliable strength
✅ Software Compatibility — Optimized for Aspire, Fusion 360, EnRoute, SheetCAM, LightBurn, and most other CNC/plasma/laser programs
✅ Instant Digital Download — Files available immediately after purchase — start fabricating the same day

Usage & License
✅ You're welcome to use these files to create and sell your own finished physical products (mounting plates, custom storage solutions, etc.)
✅ Please do not resell, share, distribute, or modify and redistribute the DXF files themselves in any way — this protects the original design

Important Digital Product Info
➤ This is a digital download only – no physical item will be shipped
➤ File delivered via Etsy instant download link (ZIP containing inches and metric versions)
➤ As a digital product, all sales are final and non-refundable

What's Included
➤ A High-quality DXF files

Download now and fabricate reliable Build-Out mounts with pro-level precision. Your shop or garage setup deserves designs that perform. 🛠️

Thanks for supporting a small USA maker! And remember, we support you too! If you run into any issues with the file (e.g., compatibility or download problems), please message us right away — We're here to help get you cutting successfully!

FAQ

What's the difference between metal types?
  • Mild Steel — our most common and go-to option: heavy, strong carbon steel that's affordable and versatile for heavy-duty applications (available in gauges like 10, 11, 12, 14).
  • Stainless Steel (like 304 or 316 grades): premium upgrade with excellent corrosion resistance — won't rust easily, even in wet, outdoor, or marine environments; durable with a shiny, attractive finish, but heavier and more expensive.
  • Aluminum (like 5052 alloy): lightweight (about 1/3 the weight of steel), naturally rust-resistant, easy to form, and great for weight-sensitive projects; excellent strength-to-weight ratio, ideal when you want no-rust performance without the heaviness of steel.
Which finish should I choose?
  • Raw Steel — bare metal, lowest cost, quickest; needs protection to prevent rust.
  • Powder Coat — durable textured black finish; excellent rust/chip resistance for long-term use.
  • Stainless and aluminum ship with natural mill finishes (no rust concern) and can be powder coated on request. Check product pages for exact availability by metal and gauge.
What do gauge numbers mean?

Gauge numbers measure the thickness of sheet steel. Lower numbers = thicker material. A higher gauge number means thinner steel.

How do I choose the right gauge for my project?
  • Choose thicker gauges (10 or 11) for heavy-duty strength, structural parts, or high-load applications. Example: Using the plate on a horizontal application such floor or dolly.
  • Choose thinner gauges (14) for lighter-weight parts, panels, or where cost matters more. Ideal for vertical applications suck as wall or bedside mount.
Why does gauge go backward (lower number = thicker)?
  • The gauge system originated from the number of draws needed to produce wire/sheet of that thickness. Fewer draws = thicker material = lower gauge number.