PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emissions and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied through a post-printing annealing process.
€24,05
PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emissions and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied through a post-printing annealing process.
€24,05
PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emissions and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied through a post-printing annealing process.
€24,05
PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emissions and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied through a post-printing annealing process.
€24,05
PLA HR-870 is a material with high mechanical performance comparable to ABS, without styrene emissions and with the ease of printing of PLA. Its high mechanical and thermal properties are multiplied through a post-printing annealing process.
€24,05
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers higher crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it allows for parts with high surface quality.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 REPRINT is made from recycled material recovered during the production process. It maintains the same technical properties as standard PLA 850, offering a sustainable alternative without compromising print quality.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€20,39
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€20,39
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€20,39
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
PLA 850 offers increased crystallization speed, temperature resistance, and mechanical properties compared to standard PLA. Thanks to its good bed adhesion and low shrinkage, it produces parts with high surface quality and dimensional accuracy.
€19,87
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The 1.75 mm diameter is the current standard for almost all consumer and prosumer FDM 3D printers. Our selection includes all available materials – PLA, PETG, ABS, TPU, Nylon, PC, carbon fiber and many others – from reliable and tested brands.
The tight diameter tolerance (±0.02-0.05 mm) ensures consistent material deposition and high-quality prints without clogging or under-extrusion.
