Filament Printing

Filament Printing

Filament Printing

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Filament printing is one of the most established forms of additive manufacturing, built around the precise, controlled extrusion of polymer filaments. This approach enables the creation of highly accurate parts with fine detail and consistent geometry.

About filament printing

Thanks to its reliability and dimensional precision, filament printing has become a go-to technology for prototyping and tooling, as well as for producing small series of functional components. Its accessibility and predictable results have helped make it a foundational process in modern additive manufacturing workflows.

Incorporating biocarbon improves the printability while at the same time being more environmentally friendly and safer thanks to reduced VOC emissions.

A collection of various black 3D-printed mechanical components, including spur gears, ring gears, and small cylindrical spacers, scattered across a dark gray surface. The parts feature a matte finish with visible fine layer lines. In the background, a desktop 3D printer is visible but heavily blurred, creating a shallow depth of field that keeps the focus on the finished hardware.
A collection of various black 3D-printed mechanical components, including spur gears, ring gears, and small cylindrical spacers, scattered across a dark gray surface. The parts feature a matte finish with visible fine layer lines. In the background, a desktop 3D printer is visible but heavily blurred, creating a shallow depth of field that keeps the focus on the finished hardware.
A collection of various black 3D-printed mechanical components, including spur gears, ring gears, and small cylindrical spacers, scattered across a dark gray surface. The parts feature a matte finish with visible fine layer lines. In the background, a desktop 3D printer is visible but heavily blurred, creating a shallow depth of field that keeps the focus on the finished hardware.

Types of carboganic filaments

BC2U FIL PLA

A plant-based 3D printing material reinforced with a carbon-rich filler made from wood. The biocarbon increases stiffness and dimensional stability, helping reduce warping and produce more accurate, rigid prints. It also gives parts a natural matte finish that hides layer lines. Because biocarbon replaces part of the virgin plastic with a carbon-negative material, it lowers the environmental footprint while maintaining easy printability on standard FDM printers.

BC2U FIL PETG

BC2U FIL PLA

A plant-based 3D printing material reinforced with a carbon-rich filler made from wood. The biocarbon increases stiffness and dimensional stability, helping reduce warping and produce more accurate, rigid prints. It also gives parts a natural matte finish that hides layer lines. Because biocarbon replaces part of the virgin plastic with a carbon-negative material, it lowers the environmental footprint while maintaining easy printability on standard FDM printers.

BC2U FIL PETG

BC2U FIL PLA

A plant-based 3D printing material reinforced with a carbon-rich filler made from wood. The biocarbon increases stiffness and dimensional stability, helping reduce warping and produce more accurate, rigid prints. It also gives parts a natural matte finish that hides layer lines. Because biocarbon replaces part of the virgin plastic with a carbon-negative material, it lowers the environmental footprint while maintaining easy printability on standard FDM printers.

BC2U FIL PETG

APPLICATIONS

Engineering components

Interior and exterior trim components, functional housings and mounting brackets, wire clips, cable guides, and sensor mounts.

Tooling

Healthcare

Engineering components

Interior and exterior trim components, functional housings and mounting brackets, wire clips, cable guides, and sensor mounts.

Tooling

Healthcare

Engineering components

Interior and exterior trim components, functional housings and mounting brackets, wire clips, cable guides, and sensor mounts.

Tooling

Healthcare

FAQ FILAMENT

Does biocarbon filled filament require special printers or hardware?

No specialized printers are required. Biocarbon filled filament is compatible with standard FFF/FDM printers. While biocarbon is generally less abrasive than glass or carbon fiber, a hardened steel nozzle is recommended for long-term use to minimize wear and maintain consistent print quality. Drying is essential.

Are printing temperatures and settings different from standard filament materials?

Is biocarbon filled filament recyclable or suitable for sustainable manufacturing workflows?

Does biocarbon filled filament require special printers or hardware?

No specialized printers are required. Biocarbon filled filament is compatible with standard FFF/FDM printers. While biocarbon is generally less abrasive than glass or carbon fiber, a hardened steel nozzle is recommended for long-term use to minimize wear and maintain consistent print quality. Drying is essential.

Are printing temperatures and settings different from standard filament materials?

Is biocarbon filled filament recyclable or suitable for sustainable manufacturing workflows?

Does biocarbon filled filament require special printers or hardware?

No specialized printers are required. Biocarbon filled filament is compatible with standard FFF/FDM printers. While biocarbon is generally less abrasive than glass or carbon fiber, a hardened steel nozzle is recommended for long-term use to minimize wear and maintain consistent print quality. Drying is essential.

Are printing temperatures and settings different from standard filament materials?

Is biocarbon filled filament recyclable or suitable for sustainable manufacturing workflows?

Contact us

Contact us

Contact us

Tell us about your specific objective or ask us any other questions

Tell us about your specific objective or ask us any other questions

Tell us about your specific objective or ask us any other questions

We apply a hands-on co-design approach to ensure our materials fit your specific technical requirements perfectly. Tell us about your goals below, and our specialists will evaluate the best technology fit for your project.