Filament BambuLab PC 1.75 mm 1 kg with reusable spool — Clear Black

BambuLab PC 1.75 mm filament, 1 kg spool in Clear Black is a polycarbonate (PC) filament designed for functional 3D printing where mechanical strength, heat resistance and dimensional stability are required. Supplied on a reusable spool, this 1.75 mm filament is compatible with printers that accept this diameter and is intended for parts that must withstand mechanical loads and elevated temperatures while keeping reliable layer adhesion and low warping.

Advantages

This PC filament offers high tensile strength, good impact resistance and superior thermal performance compared with many standard thermoplastics. The material maintains dimensional stability in applications exposed to higher temperatures and provides good layer bonding when printed with appropriate settings. The reusable spool reduces waste and allows convenient storage and handling of the 1 kg filament supply.

Suitable for

• Functional mechanical components and mounting brackets
• Protective enclosures and housings for electronics
• Prototypes requiring heat resistance and dimensional accuracy
• Tools, jigs and fixtures subject to repeated stress

Key specifications

• Material: Polycarbonate (PC)
• Diameter: 1.75 mm
• Spool weight: 1 kg filament supply
• Color: Clear Black (translucent dark shade)
• Packaging: Reusable spool for storage and rewinding
• Recommended for printers compatible with 1.75 mm filament

How to use

Load the BambuLab PC 1.75 mm filament into a printer configured for 1.75 mm filament. Use a heated build plate and set nozzle and bed temperatures according to your printer and filament manufacturer's general PC recommendations; typically higher nozzle temperatures and good bed adhesion methods reduce warping. Ensure proper extrusion settings, slower print speeds and adequate cooling control as required for polycarbonate materials. When not in use, keep the filament on the reusable spool in a dry, dust-free environment or store in sealed packaging with desiccant to preserve printability.

Usage recommendations

For best results, print with an enclosure or controlled ambient temperature to minimize warping and layer stress. Use an adhesive build surface or appropriate bed preparation to improve first-layer adhesion. When printing parts that must retain maximum strength and heat resistance, consider annealing post-processing if compatible with your design and application.