
WOOD - ARCE
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...
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 HR-870 is a material with high mechanical performance comparable to ABS, without styrene emission and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied even more,...
Re-Flex-85 A is a flexible, 100% recycled, and biodegradable material. Developed exclusively by Sakata 3D Filaments. It belongs to the family of flexible materials from Sakata 3D Filaments, which are an excellent...
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 HR-870 is a material with high mechanical performance comparable to ABS, without styrene emission and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied even more,...
Re-Flex-85 A is a flexible, 100% recycled, and biodegradable material. Developed exclusively by Sakata 3D Filaments. It belongs to the family of flexible materials from Sakata 3D Filaments, which are an excellent...
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 HR-870 is a material with high mechanical performance comparable to ABS, without styrene emission and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied even more,...
PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emission and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied even more,...
PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emission and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied even more,...
PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emission and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied even more,...
PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emission and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied even more,...