Filament ROSA3D ABS+ 1.75 mm 1 kg — white — for FDM 3D printing

ROSA3D ABS+ filament in white is a 1.75 mm, 1 kg spool formulated for FDM 3D printing. This ABS+ material provides higher strength and improved thermal resistance compared with standard PLA, making it suitable for functional parts, prototypes and durable models. The filament is intended for use on printers with a heated bed and controlled extrusion temperature to ensure consistent layer adhesion and dimensional stability.

Advantages

ABS+ offers enhanced mechanical properties and better heat resistance than typical PLA, enabling production of mechanically loaded parts and components that must withstand higher operating temperatures. The white color gives a neutral, paintable surface for finishing or post-processing. The 1.75 mm diameter and 1 kg spool format are compatible with a wide range of desktop FDM printers, allowing reliable feeding and predictable extrusion behavior when used at recommended settings.

Suitable for

• Functional prototypes and mechanical components
• Enclosures, housings and mounting parts
• Durable models and fixtures exposed to moderate heat
• Post-processed or painted parts requiring a neutral base color

Key specifications

• Material: ABS+
• Diameter: 1.75 mm
• Spool weight: 1 kg
• Color: white
• Compatibility: FDM 3D printers with heated bed

How to use

Load the filament spool onto the printer spool holder and feed the filament into the extruder following your printer manufacturer’s instructions. Preheat the hotend and heated bed to the temperature range recommended for ABS-type materials, then calibrate bed level and first-layer settings to achieve good adhesion. Print with an enclosed build chamber if possible to reduce warping. After printing, allow parts to cool gradually on the build plate before removal to minimize deformation.

Usage recommendations

Use a heated bed and active bed adhesion methods such as ABS slurry, PEI sheet or Kapton tape. Typical extrusion temperatures for ABS+ are higher than PLA; consult printer-specific guidelines and start with conservative temperatures, adjusting for optimal layer bonding and surface finish. For best results on functional parts, consider annealing or post-processing techniques such as acetone vapor smoothing where appropriate and safe.