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PLA Matte filament

As easy as regular PLA, but without the sheen: layer lines show less and your prints look finished straight away.

PLA Matte is PLA with a surface without sheen. Layer lines show less, so your prints look neat straight away, without sanding or varnishing. Fiberlogy PLA Matte prints as easily as regular PLA, at the same temperatures, and all colours fit in the Bambu Lab AMS. Choose from solid colours and soft pastels. Below the products you can read what matte PLA is good for and how to print it. Read more…

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What is PLA Matte?

PLA Matte, also called matte PLA or matte filament, is PLA with a surface that reflects less light. Where regular PLA has a slight sheen, PLA Matte gives a soft, even surface. Layer lines and small imperfections are less noticeable and shapes look calmer. You see the difference most on larger surfaces. It prints almost the same as regular PLA, with little risk of warping. Fiberlogy PLA Matte has a diameter tolerance of ± 0.02 mm and a roundness tolerance of 0.01 mm.

PLA Matte or another filament?

FilamentChoose it for
Standard PLAMost printing, with a slight sheen and the widest choice of colours.
PLA MattePrints that will be seen: no sheen and less visible layer lines, just as easy to print.
Silk & SatinExtra sheen instead, for a silk or satin look.
PETG MatteA matte surface on parts that need to be stronger and better able to handle heat and moisture.

Printing PLA Matte

  • Nozzle: 200–230 °C.
  • Print bed: 50–70 °C.
  • Cooling: plenty, 75–100%.
  • Profile: you can usually just use your PLA profile.
  • Build plate: the underside takes on the texture of the plate. On a textured plate it turns out matte as well.
  • Spool: 1.75 mm on 0.85 kg spools.

Read more about this filament in Fiberlogy Matte PLA for clean 3D prints. Something going wrong? In solving 3D printing problems you will find the most common problems and how to fix them.

Pros and cons of PLA Matte

Pros

  • No sheen and less visible layer lines
  • Prints look finished straight away
  • Prints like regular PLA, without a special profile
  • Little warping, no enclosure needed
  • Also in soft pastel colours

Cons

  • Smaller choice of colours than standard PLA
  • Slightly more expensive than standard PLA
  • No stronger or more heat-resistant than regular PLA; for impact-resistant parts choose PLA Impact

Uses of PLA Matte

  • Design and interior: vases, lampshades and decoration.
  • Presentation models: architectural models and concept designs.
  • Figures and gifts: figurines, name plates and personalised gadgets.
  • Prototypes: models that need to look professional.

You will find all other types under PLA filament.

Frequently asked questions

  • What is the difference between PLA Matte and regular PLA?

    The difference is in the surface. Regular PLA has a slight sheen, PLA Matte does not. As a result, layer lines are less visible and a print looks calmer. Temperatures and ease of printing are almost the same, so you do not need to set up your printer differently.

  • Which should I choose: PLA Matte or PETG Matte?

    Both give a matte surface. PLA Matte is easier to print and is meant for decoration, models and prints that need to look good. PETG Matte is tougher and better able to handle heat and moisture, which makes it more suitable for functional parts and outdoor use.

  • Why is the underside of my print still glossy?

    The first layer takes on the texture of your build plate. On a smooth PEI or glass plate the underside turns out smooth and glossy, even with matte filament. For a matte underside, print on a textured plate.

  • Can you sand and paint PLA Matte?

    Yes, just like regular PLA you can sand, glue and paint it. Use a plastic primer before painting. Often no finishing is needed at all, because layer lines are less noticeable.

  • Does PLA Matte fit in the Bambu Lab AMS?

    Yes, all colours of Fiberlogy PLA Matte fit in the Bambu Lab AMS, so you can also print matte in several colours. Read more about spools in the AMS in Fiberlogy and Fill 3D spools in the Bambu Lab AMS.