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 pieces with excellent...
The RE- filaments from Sakata 3D Filaments are manufactured from materials recovered in the filament manufacturing process. 100% Made in Spain
The X-920 is a biodegradable material developed by Sakata 3D Filaments and obtained from the blend of polylactic acid (PLA) and a biodegradable copolyester. 100% Made in Spain
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 pieces with excellent...
The RE- filaments from Sakata 3D Filaments are manufactured from materials recovered in the filament manufacturing process. 100% Made in Spain
The RE- filaments from Sakata 3D Filaments are manufactured from materials recovered in the filament manufacturing process. 100% Made in Spain
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 pieces with excellent...
The RE- filaments from Sakata 3D Filaments are manufactured from materials recovered in the filament manufacturing process. 100% Made in Spain
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 pieces with excellent...
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 pieces with excellent...
The X-920 is a biodegradable material developed by Sakata 3D Filaments and obtained from the blend of polylactic acid (PLA) and a biodegradable copolyester. 100%Made in Spain
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 pieces with excellent...
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