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  • Categories: PLA TEXTURE
TEXTURE WOOD - ARCE

TEXTURE WOOD - ARCE

Price €23.50

Sakata 3D Filaments PLA TEXTURE WOOD filament is made from PLA and a high percentage of wood fibers. It is a biodegradable material, developed specifically for 3D printers. Its low abrasion and its great fluidity...

TEXTURE WOOD - ROBLE

TEXTURE WOOD - OAK

Price €24.50

Sakata 3D Filaments PLA TEXTURE WOOD filament is made from PLA and a high percentage of wood fibers. It is a biodegradable material, developed specifically for 3D printers. Its low abrasion and its great fluidity...

TEXTURE WHITE WOOD

TEXTURE WOOD - WHITE

Price €23.50

Sakata 3D Filaments PLA TEXTURE WOOD filament is made from PLA and a high percentage of wood fibers. It is a biodegradable material, developed specifically for 3D printers. Its low abrasion and its great fluidity...

PLA 850 WHITE

PLA 850 WHITE

Price €25.75

Unlike general-purpose PLA, PLA 850 exhibits higher crystallization rate, temperature resistance, and mechanical properties. Thanks to its good adherence to the bed and its low shrinkage capacity, it allows to obtain...

PLA 850 SILVER

PLA 850 SILVER

Price €25.75

Unlike general-purpose PLA, PLA 850 exhibits higher crystallization rate, temperature resistance, and mechanical properties. Thanks to its good adherence to the bed and its low shrinkage capacity, it allows to obtain...

PLA 850 BLACK

PLA 850 BLACK

Price €25.75

Unlike general-purpose PLA, PLA 850 exhibits higher crystallization rate, temperature resistance, and mechanical properties. Thanks to its good adherence to the bed and its low shrinkage capacity, it allows to obtain...

PLA 850 GREY

PLA 850 GREY

Price €25.75

Unlike general-purpose PLA, PLA 850 exhibits higher crystallization rate, temperature resistance, and mechanical properties. Thanks to its good adherence to the bed and its low shrinkage capacity, it allows to obtain...

PLA 850 GRANITE

PLA 850 GRANITE

Price €26.75

Unlike general-purpose PLA, PLA 850 exhibits higher crystallization rate, temperature resistance, and mechanical properties. Thanks to its good adherence to the bed and its low shrinkage capacity, it allows to obtain...