WE/PRINT/FLMNT

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

NYLON PA12 + CF is yet another manifestation of the technical capabilities of filament PA12 which has been reinforced with 5% and 15% addition of carbon fibers. It is characterized by high thermal resistance and less shrinkage compared to the unmodified Nylon PA12. The application of carbon fiber allows for a reduction of weight of the component while maintaining its high structural stiffness. PA12 + CF has a range of applications across the industry, including the automotive and the engineering sectors, lending itself to the creation of advanced prototypes, drones and final products which require increased durability while reducing their weight. Applications Prototypes: car parts, drones, high durability mechanical components Substitutes of metal elements End-use products, part engineering and tool production based on 3D printing Properties twice the tensile strength of Nylon PA12 more than twice the stiffness of Nylon PA12 higher thermal resistance compared to unmodified Nylon PA12 (up to 160°C) high chemical resistance Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ESD Fiberlogy filament was created to protect electronic components which are sensitive to electrostatic discharges. The material has high dissipation and antistatic properties with respect to energy coming from discharges, and so it is able to prevent damage or significantly reduce the risk of damage to your electronic devices. The destructive nature of electrostatic discharge leads to the generation of high costs related to the maintenance, repair and replacement of vulnerable components that companies have to bear, especially those which produce and use electronics in conditions that are conducive to the occurrence of the ESD effect. The task of ESD from Fiberlogy is to eliminate this threat. Therefore, the ESD filament will come in handy when printing housings for integrated circuits, sensors, connectors, measuring devices. Application ELECTRONICS: housings, covers, cases, screens products equipped with diodes, connectors TOOLS OR THEIR PARTS: tools for working with electronics, tools for making electronic components PARTS AND TRANSMISSION TOOLS: machine components, elements of equipment for employees and manufacturing plants Properties high resistance to electrostatic discharge and chemicals high impact strength resistance to high temperatures and scratching possibility of mechanical and chemical processing Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%