3D printer filament POLYMAKER PC01003 Transparent 1.75 mm 3 kg

POLYMAKER PC01003 Transparent 1.75 mm filament on a 3 kg spool is a clear printing material formulated for FDM/FFF 3D printers that accept 1.75 mm filament. The transparent grade delivers consistent diameter and feeding performance to support stable extrusion, dimensional accuracy and reduced print failures. It is intended for applications where optical clarity and reliable layer bonding are important, such as clear prototypes, display models and functional parts requiring translucency.

Advantages

The filament offers high dimensional consistency and smooth surface finish to produce transparent or translucent parts with fewer visible layer defects. Its spool size reduces the need for frequent filament changes during larger jobs. The material is designed for predictable feeding and minimal warping on compatible desktop and professional FDM/FFF printers, helping to lower reprint rates and improve first-time print success.

Suitable for

• Clear prototypes and display models
• Light guides and translucent housings
• Functional parts that require visual inspection of internal features
• Architectural models and educational demonstrations

Key specifications

• Filament diameter: 1.75 mm
• Spool weight: 3 kg
• Color/optical property: Transparent / clear
• Compatibility: FDM/FFF 3D printers supporting 1.75 mm filament
• Winding: industry-standard spool for continuous feeding

How to use

Load the filament onto a compatible 3D printer and ensure proper filament path and tension for uninterrupted feeding. Use recommended extrusion temperatures and print speeds for the material family to achieve optimal transparency; adjust layer height and print cooling to balance surface clarity and interlayer adhesion. Store the spool in a dry environment when not in use to preserve filament quality and prevent moisture-related printing issues.

Usage recommendations

For best optical results, print with finer layer heights and controlled cooling; consider post-processing such as polishing or vapor smoothing where appropriate. Allow printed parts to cool gradually to avoid internal stresses and check for optimal adhesion on the chosen build surface before starting long prints.