FDM 3D Printed Grid-Pattern Crossbody Bag

FDM 3D Printed Grid-Pattern Crossbody Bag

facfox-case-study
Process 3D Print
Material Plastic
Quantity 1 pcs
Price Range $1-100
Lead Time 3 workdays

Gallery

About Project

Who says 3D printing is just for rigid, mechanical parts? This stylish crossbody bag, shared by a maker on Maker World, turns PLA filament into a lightweight, mesh-textured accessory. The body is printed with a lattice design that mimics woven fabric, giving it both breathability and a distinctive aesthetic. Paired with a fabric strap and clip hooks, it’s ready for everyday light use – just avoid overloading it with heavy items.

While the original creator used PLA Basic, other makers have tested PETG or PLA+ for added flexibility and strength. One tip from the community: lowering the layer height to 0.16 mm from the original 0.28 mm produces a smoother surface that feels more like fabric, though it doubles the printing time. Some also noted that reinforcing connection points could improve durability for longer-term wear.

Even though this particular bag wasn’t produced by FacFox, it’s a perfect example of how 3D printing can blend style and function. From custom accessories to experimental fashion pieces, our on-demand manufacturing services can help you turn a digital model into a tangible product – whether it’s a single prototype or a small production run.

Got an idea? With FacFox, you can create it. We support a wide range of filaments, colors, and printing techniques to bring your designs to life. Whether you’re a fashion innovator or a hobbyist maker, we’re here to help you transform inspiration into reality.

Solution

  • Step 1: The 3D model of the bag body was downloaded from Maker World and prepared in slicing software.
  • Step 2: The slicing settings were configured, including a layer height of 0.28 mm (or optionally 0.16 mm for a smoother texture), suitable infill, and supports disabled to preserve the mesh pattern.
  • Step 3: PLA Basic filament was loaded into an FDM 3D printer, and the bag body was printed in one piece with the lattice structure forming its texture.
  • Step 4: After printing, the bag body was carefully removed from the build plate and any stray filament strings were trimmed away.
  • Step 5: A woven fabric strap was prepared, and clip hooks were attached to each end of the strap for easy connection.
  • Step 6: The strap hooks were secured into the printed rings on both sides of the bag, completing the assembly.
  • Step 7: The finished bag was inspected for any sharp edges, and minor adjustments were made to ensure comfortable use.


馃巹Warm wishes for your next big build. Don't miss our holiday event!馃巹
10% OFF for all MFG Service from 12/24 - 12/31 (EST).
Coupon Code: 25XMAS10