Resilient properties and post-processing options make ABS ideal for mechanical parts and professional applications. ABS is a strong material typically used to create durable parts that require resistance to wear...
Affordable and easy-to-print, R-3D PLA utilizes Jam-Free technology to ensure quality printing. With its slightly matte finish, R-3D Premium PLA diminishes the appearance of layer lines to create a smooth...
Resilient properties and post-processing options make ABS ideal for mechanical parts and professional applications. ABS is a strong material typically used to create durable parts that require resistance to wear...
Resilient properties and post-processing options make ABS ideal for mechanical parts and professional applications. ABS is a strong material typically used to create durable parts that require resistance to wear...
Affordable and easy-to-print, R-3D PLA utilizes Jam-Free technology to ensure quality printing. With its slightly matte finish, R-3D Premium PLA diminishes the appearance of layer lines to create a smooth...
Affordable and easy-to-print, R-3D PLA utilizes Jam-Free technology to ensure quality printing. With its slightly matte finish, R-3D Premium PLA diminishes the appearance of layer lines to create a smooth...
Affordable and easy-to-print, R-3D PLA utilizes Jam-Free technology to ensure quality printing. With its slightly matte finish, R-3D Premium PLA diminishes the appearance of layer lines to create a smooth...
Affordable and easy-to-print, R-3D PLA utilizes Jam-Free technology to ensure quality printing. With its slightly matte finish, R-3D Premium PLA diminishes the appearance of layer lines to create a smooth...
Affordable and easy-to-print, R-3D PLA utilizes Jam-Free technology to ensure quality printing. With its slightly matte finish, R-3D Premium PLA diminishes the appearance of layer lines to create a smooth...
Grey PRO1 0.75kg. 2.85mm diameter and approximately 90m long Ultrafuse polymer chemists have developed PRO1 as a high-speed engineering thermoplastic that prints as easy as PLA at speeds previously considered unusable....
The Kimya PLA-HI 3D filament is a biosourced polymer obtained from corn starch. Polylactic Acid -HI (PLA-HI) is aHigh Impact‚� filament offering increased impact resistance: it was formulated to be...
The Kimya PLA-HI 3D filament is a biosourced polymer obtained from corn starch. Polylactic Acid -HI (PLA-HI) is aHigh Impact‚� filament offering increased impact resistance: it was formulated to be...
The Kimya PLA-HI 3D filament is a biosourced polymer obtained from corn starch. Polylactic Acid -HI (PLA-HI) is aHigh Impact‚� filament offering increased impact resistance: it was formulated to be...
The Kimya PLA-HI 3D filament is a biosourced polymer obtained from corn starch. Polylactic Acid -HI (PLA-HI) is aHigh Impact‚� filament offering increased impact resistance: it was formulated to be...
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