Polycarbonate (PC) on Bambu Lab X1 Carbon

Print high strength, heat resistant parts with OzFDM Polycarbonate on the Bambu Lab X1 Carbon. This guide focuses on high temperature extrusion, minimal retraction, and controlled speeds for stable...

PA-CF (Carbon Fibre Nylon) on Bambu Lab X1 Carbon

Print high strength, engineering grade parts with OzFDM PA6-CF on the Bambu Lab X1 Carbon. This guide covers high temperature extrusion, minimal retraction, and hardened nozzle requirements for str...

Nylon (PA12) on Bambu Lab X1 Carbon

Print strong, durable parts with OzFDM Nylon (PA12) on the Bambu Lab X1 Carbon. This guide focuses on proper drying, minimal retraction, and stable extrusion for clean, reliable nylon prints.

TPU on Bambu Lab X1 Carbon

Print flexible parts with precision using OzFDM TPU95A on the Bambu Lab X1 Carbon. This guide focuses on reduced retraction, controlled speeds, and stable extrusion to deliver smooth, consistent re...

ASA on Bambu Lab X1 Carbon

Print durable, weather resistant parts with OzFDM ASA on the Bambu Lab X1 Carbon. With an enclosed build chamber and tuned retraction, achieve clean surface finishes, reduced warping, and consisten...

ABS on Bambu Lab X1 Carbon

Dial in OzFDM ABS on the Bambu Lab X1 Carbon with optimised temperature, cooling, and retraction settings. Take full advantage of the enclosed build chamber for strong, consistent prints with reduc...

PETG-CF (Carbon Fibre PETG) on Bambu Lab X1 Carbon

Print strong, reinforced parts with OzFDM PETG-CF on the Bambu Lab X1 Carbon. This guide covers higher temperature extrusion, minimal retraction, and hardened nozzle requirements for clean, consist...

PETG on Bambu Lab X1 Carbon

Get strong, reliable results with OzFDM PETG on the Bambu Lab X1 Carbon. This guide covers balanced temperature, controlled retraction, and cooling settings to reduce stringing and achieve clean, d...

PLA+ · Full Settings Reference

OzFDM PLA+ is a reliable, easy to print filament designed for consistent results across a wide range of printers. This guide covers recommended settings, material properties, and practical tips to ...