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IMPORTANT NOTICE: Orders placed after 6/22/2026 will ship on or after 7/10/2026. Use code 15%OFFWHILEYOUWAIT for 15% off your order. Thank you for your patience!
IMPORTANT NOTICE: Orders placed after 6/22/2026 will ship on or after 7/10/2026. Use code 15%OFFWHILEYOUWAIT for 15% off your order. Thank you for your patience!

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Thank you for your patience and understanding as we prepare your gear; please note that production will resume and shipping will begin on July 10, 2026

SKU ET-1849279954

Tattered American Flag DXF Digital Download

Original price $6.00 - Original price $6.00
Original price
$6.00
$6.00 - $6.00
Current price $6.00

USA MADE

This item is designed and manufactured in the United States

Volume Pricing Available

Buying for a fleet or shop? We offer discounted shipping for bulk quantities. Send us a message for a personalized estimate.

Laser Cut American Flag Design DXF for Patriotic CNC Projects

Precision-Engineered Tattered American Flag Cut Files

Grab this precision tattered American flag DXF file and get clean, accurate cuts on your Plasma, Laser, or Waterjet CNC machine right away. Designed and carefully verified right here in Southern California, USA by BOCO Custom, this file ensures smooth results with no wasted material or guesswork. Create a rustic, battle-worn laser cut American flag design that looks incredible on custom steel garage art, tattered metal flags, and custom patriotic decor.

WHY YOU'LL LOVE IT

  • Optimized for Fine Detail: Specifically engineered to keep tattered strands strong and stable during cutting without blowing out edges.
  • Plasma & Laser Ready: Fully optimized for smooth paths in Aspire, Fusion 360, LightBurn, SheetCAM, and more.
  • Tested & Verified: Cut and checked on our own ShopSabre Plasma Table, Xtool P2 Laser, and Gweike M3 Ultra Laser to eliminate errors.
  • Scalable Design: Easily adjust the sizing to create anything from small metal wall art to large accent pieces.
  • Instant Access: Get your digital files immediately after purchase so you can start cutting today.
FEATURES & SPECIFICATIONS
File Format High-Quality DXF (Clean, closed vectors)
Units/Scale Inches primary (fully scalable)
CNC Compatibility Plasma, Laser, Waterjet, Router
Commercial License Permitted for selling physical cut items (No digital file resale)
Origin Designed & Made in USA — BOCO Custom

USAGE NOTES

  1. Download the file and open it in your preferred CAM/CNC program.
  2. Scale the artwork to match the physical dimensions needed for your material layout.
  3. Set your kerf/cut width offsets based on your machine's setup and start cutting!

Perfect for: Distressed wall art, fire pits, custom signs, patriotic garage builds, and custom gifts.

FREQUENTLY ASKED QUESTIONS

Is this a physical product?
No. This listing is for an instant digital download of a DXF file only. No physical flags or steel panels will be shipped.

Can I sell the physical flags I make with this file?
Yes! You are completely free to use this file to fabricate and sell finished, physical products. However, you may not resell, redistribute, or share the digital DXF file itself.

Is this file path clean enough for small plasma setups?
Yes. Every single node has been cleaned and checked to ensure smooth torch transitions, which reduces edge dross and prevents tip-ups during tight tattered cuts.

 

Rugged Styling for High-Impact Patriotic Art

This tattered American flag design is modeled for fabricators who want a premium laser cut American flag design that captures a bold, rustic style. The distressed waves and torn edges provide exceptional depth when cut on raw steel, copper-flamed finishes, or painted backplates. It serves as a perfect cornerstone product for holiday sales, military tributes, or garage decorations. Because the files are built for demanding shop environments, you can jump straight into production with absolute precision.

Instant Download with Clean Vectors for Error

10-Gauge Steel (0.1345" | Thickness of Two Stacked Dimes)

  • Best For: Heavy-duty commercial wall mounts, shop workbenches, and massive modular tool stacks.
  • The Advantage: Extreme structural stiffness. This ultra-thick steel completely eliminates flexing, twisting, and tool rattling, making it the definitive choice for demanding daily job-site use.

12-Gauge Steel (0.1046" | Thickness of a Standard House Key)

  • Best For: Mobile service vans, enclosed trailers, and standard shop organization layouts.
  • The Advantage: The ultimate sweet spot between bulletproof strength and smart weight distribution. It handles constant over-the-road vibrations flawlessly without adding unnecessary bulk to your mobile rig.

14-Gauge Steel (0.0747" | Thickness of a Nickel)

  • Best For: Handheld battery organizers, small tool holsters, and lightweight shelf accessories.
  • The Advantage: High-tensile rigidity in a streamlined profile. It provides a rock-solid, permanent mount for smaller gear while keeping your workspace layout clean and low-profile.

8-Gauge Aluminum (0.1285" | Heavy-Duty Marine Grade)

  • Best For: Open truck beds, roof racks, exterior trailer sides, and high-moisture environments.
  • The Advantage: Maximum corrosion resistance with severe weight savings. Shaved pounds keep your mobile fuel efficiency optimized while remaining completely immune to rain, snow, and road salt oxidation.

10-Gauge Stainless Steel (0.1345" | Thickness of Two Stacked Dimes)

  • Best For: Premium exposed truck bed brackets, marine applications, high-end shop builds, and ultimate weather protection.
  • The Advantage: Combines the absolute, unyielding structural rigidity of our thickest 10-gauge plate with total lifetime corrosion resistance. It requires no paint or powder coat to stay 100% immune to rust, road salt, and harsh outdoor elements.

Note: Sheet metal gauge numbers run inversely—the lower the gauge number, the thicker and more rigid the actual metal substrate is.

We fabricate our mounting solutions and accessories using commercial-grade materials built for harsh environments. Choose the right finish for your build and review our care recommendations below:

Powder Coat Finish

  • What it is: An industrial-grade, chip-resistant finish applied over media-blasted metal. Ready to install out of the box and engineered to survive heavy daily tool friction.
  • Care: Low maintenance. Wipe down occasionally with a damp microfiber cloth to remove dust or workspace grime. Avoid using harsh chemical solvents or abrasive pads that could scratch the protective coating.

Raw Steel (Uncoated)

  • What it is: Shipped as premium raw American steel that has been completely precision laser-cut, sanded, and deburred. Perfect for fabrication shops or DIYers who want to weld the brackets directly to a rig or custom paint them.
  • Care: Requires immediate protection. Apply a clear coat or paint immediately after receiving to prevent surface oxidation (rust). Once coated, maintain with occasional wipe-downs using a dry cloth.

Painted Finish

  • What it is: A clean, cost-effective protective coating applied in-house. Perfect for everyday indoor workspace use or setups that won't see extreme, heavy-duty metal-on-metal abrasion.
  • Care: Moderate maintenance. Clean with a soft, damp cloth. Avoid harsh chemical solvents, degreasers, or abrasive scrubbing pads, as these can wear down or dull the paint over time. Minor touch-ups can easily be done with standard matching automotive or metal spray paint if scratched.

Aluminum (Uncoated)

  • What it is: Premium, lightweight raw American aluminum that has been precision laser-cut and deburred. It offers excellent natural corrosion resistance without adding unnecessary weight to your mobile rig or vehicle setup.
  • Care: Low maintenance. While it won't rust like raw steel, uncoated aluminum will naturally develop a dull patina over time when exposed to the elements. To maintain its bright, metallic shine, occasionally clean it with a dedicated aluminum cleaner or a light scotch-brite pad.

304 Stainless Steel

  • What it is: Premium marine-grade stainless steel that is 100% rust-proof for life. Perfect for extreme outdoor environments, saltwater exposure, or applications where zero maintenance is required.
  • Care: Virtually maintenance-free. Occasional rinses with fresh water in saltwater environments help maintain the pristine finish. No coating or paint needed—ever.

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.


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