Fused Deposition Modelling

Pros:

1. Economical production method

2. Fast production time

3. Embedding

4. Modifying

Cons:

1. Surfaces are likely to have rough surfaces/edges

2. Requires post-processing to make surfaces smoother

3. Strength is not isotropic.

Do take note before you send us your files:

1. File format: .stl, .STEP, .3mf

2. Scale of the model should be kept within these dimensions:

• 256 x 256 x 256 mm

• 350 x 350 x 400 mm

• 1300 x 1300 x 1300 mm

3. File condition: Not broken (no empty spaces/dark shades on part)

4. If you have multiple files you would like to get quotations on, kindly:

• Rename file names: [File name-Material-Color-Quantity]

  e.g. “part1-PETG-White-2x”

• Zip the files in a folder and send it to us for the quotation!

Once your parts have been printed, you should expect to see visible layer lines and a matte or reflective finish on the the exterior regions of the parts.

There are many types of objects that you could print using FDM as your manufacturing method. Some of the most common applications using FDM are:

1. Household/everyday items

   • Mobile covers, pen holders, stackable drawers

2. Architecture facade

   • Floorplan, walls

3. Automotive/aerospace

   • Plates, car knuckles

4. Wordings

   • Signages, logos, stamps

FDM stands out as the most economical method for manufacturing customized thermoplastic components and prototypes. Apart from FDM’s fast production time and cost-effectiveness, FDM printers tend to provide lower print resolutions and may produce parts that exhibit noticeable layer lines.

Click here to learn how to find 3D files online.

If you have concerns regarding budgets, lead time, or designing, feel free to seek advice from our team!