PLA Matte QBL Filament is the premium indoor display material in the QBL range.
Built for clean presentation prints and refined surface detail, it combines reliable Bambu Lab & AMS compatibility with a smooth, professional matte finish that hides layer lines and reduces shine.
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Standard 1.75 mm diameter
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Smooth feeding in AMS units
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High-speed printing capable
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Suitable for most desktop FDM printers
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1 kg spool format
Designed for reliable, consistent extrusion without tuning headaches.
Technical Specifications
Material: Matte PLA
Diameter: 1.75 mm
Spool weight: 1 kg
Density: ~1.25 g/cm³
Tensile strength: ~54 MPa
Flexural strength: ~78 MPa
Heat deflection temperature: ~55 °C
Shrinkage: Low
Finish: Matte
UV resistance: Low (indoor use recommended)
Recommended Print Settings
Nozzle temperature: 195–235 °C
Bed temperature: 50–65 °C
Cooling fan: 70–100%
Enclosure: Not required
Dry storage recommended for best performance
Prints cleanly at high speeds on modern machines including Bambu Lab systems.
Professional Matte Finish for Clean Prints
PLA Matte QBL Filament delivers a smooth, non-gloss surface that reduces visible layer lines and gives prints a premium look straight off the bed.
Unlike glossy PLA, matte finishes diffuse light, making models, brackets, and decorative parts look sharper and more refined without sanding or painting.
Why Choose Matte PLA?
This is your go-to material for indoor parts where presentation matters.
Ideal For Printing
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Decorative indoor plant pots
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Display planters
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Grow-room organisers
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Sensor housings & controller covers
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Indoor brackets & mounts
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Workshop jigs
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Prototype ventilation parts
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Detailed figures and models
Not recommended for permanent outdoor exposure or environments above 50–55 °C.
For stronger structural indoor parts, choose PLA Pro.
For moisture resistance, choose PETG HF.
For full UV and outdoor durability, choose ASA.
PLA Matte QBL Filament is built for clean, professional-looking indoor prints — easy to run, high-speed capable, and fully AMS compatible.
If finish matters more than extreme durability, this is the right choice.