3Dsimo ABS filament, green — 1.75 mm, model G3D3005

3Dsimo ABS filament, green — 1.75 mm (model G3D3005) is a thermoplastic filament formulated for FDM/FFF 3D printing and compatible handheld printing tools that accept standard 1.75 mm filament. ABS provides a balance of mechanical strength, impact resistance and elevated heat resistance compared with typical PLA filaments, making it suitable for functional prototypes, housings and parts that require durability and moderate thermal stability. The green color offers a uniform, opaque finish for visible components and visual prototypes.

Advantages

ABS filament delivers higher toughness and better thermal resistance than many common consumer filaments, enabling production of more robust parts. The 1.75 mm diameter ensures compatibility with a wide range of desktop FDM/FFF printers and portable extrusion devices. The material is suitable for post-processing such as sanding and acetone vapor smoothing to improve surface finish and join parts. The filament is produced for consistent diameter and extrusion behavior to reduce printing issues related to feed irregularities.

Suitable for

• Functional prototypes and mechanical parts
• Enclosures, mounts and structural components
• Durable consumer products and replacement parts
• Hobbyist projects and maker prototypes

Key specifications

• Material: ABS (acrylonitrile butadiene styrene)
• Diameter: 1.75 mm
• Color: green
• Recommended printing technology: FDM / FFF
• Compatibility: standard 1.75 mm filament feeders and handheld printers

How to use

Load the 1.75 mm filament into a compatible FDM/FFF printer or handheld extrusion tool following the device manufacturer's loading procedure. Set a heated bed and nozzle temperatures appropriate for ABS—typical nozzle temperatures range higher than PLA and bed heating helps prevent warping. Use an enclosed print area or controlled ambient temperature when possible to reduce layer separation. Adjust print speed, cooling and retraction settings according to your printer and model geometry to obtain optimal layer adhesion and surface quality.

Usage recommendations

For best results, print with a heated bed and consider using an enclosure to maintain stable ambient temperature; apply adhesion aids on the build plate if needed. Allow parts to cool gradually to reduce warping and stress. For smoother surfaces, post-process with sanding followed by controlled acetone vapor smoothing in a well-ventilated area while observing safety precautions.