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Master the Craft of 3D Printing

Our practical advice, backed by real world experience. From first prints to advanced materials, we’re here to help every step of the way.
High-Temp Materials: PEEK and PEKK for Extreme Applications - OzFDM
High-Temp Materials: PEEK and PEKK for Extreme Applications
PEEK and PEKK represent the highest tier of FDM materials, delivering extreme heat resistance, chemical stability, and mechanical performance. But their processing requirements place them firmly in industrial territory. Read more...
Should You Build a Voron? An Honest Assessment for Australian Makers - OzFDM
Should You Build a Voron? An Honest Assessment for Australian Makers
The Voron represents the ultimate DIY 3D printing experience. Built from the ground up and powered by Klipper, it offers unmatched control, reliability, and performance for makers willing to invest... Read more...
Voron TAP: Contact-Based Probing Deep Dive - OzFDM
Voron TAP: Contact-Based Probing Deep Dive
Voron TAP redefines Z probing by using the nozzle itself as the probe, removing offset errors and improving first layer consistency across different materials and temperatures. Read more...
Resonance Compensation: The Maths Behind Input Shaping - OzFDM
Resonance Compensation: The Maths Behind Input Shaping
Input shaping reduces ringing by controlling how your printer moves. By understanding vibration and how Klipper compensates for it, you can achieve cleaner prints at higher speeds. Read more...
Polycarbonate (PC): The Unbreakable Filament - OzFDM
Polycarbonate (PC): The Unbreakable Filament
Polycarbonate is one of the toughest materials available in 3D printing, offering exceptional impact resistance and high heat performance. It is demanding to print, but for parts that need real... Read more...
Electroplating and Metallising 3D Prints - OzFDM
Electroplating and Metallising 3D Prints
Electroplating transforms plastic 3D prints into real metal finished parts. With the right prep and simple materials, makers can achieve copper, nickel, or chrome surfaces that look and feel like... Read more...
Voron 2.4 Build: Planning Your First Self-Built Printer - OzFDM
Voron 2.4 Build: Planning Your First Self-Built Printer
The Voron 2.4 is the ultimate DIY 3D printer, combining high speed performance, full enclosure, and complete control through Klipper. Built from scratch, it offers unmatched reliability and understanding for... Read more...
PA-CF Carbon Fibre Nylon: Expert Setup Guide - OzFDM
PA-CF Carbon Fibre Nylon: Expert Setup Guide
PA-CF is a true engineering material, combining the strength and heat resistance of nylon with the added stiffness and stability from carbon fibre. It is built for functional parts that... Read more...
Extruder Calibration: E-steps and Rotation Distance - OzFDM
Extruder Calibration: E-steps and Rotation Distance
If your printer does not extrude the exact amount of filament it should, every print will be affected. This guide walks through E-steps calibration to ensure accurate extrusion and consistent... Read more...
Advanced Mesh Bed Levelling in Klipper - OzFDM
Advanced Mesh Bed Levelling in Klipper
Struggling with inconsistent first layers? Learn how Klipper’s bed mesh compensation corrects warped print beds, improves adhesion, and delivers reliable first layer results across every print. Read more...
Large Format Printing: Challenges and Solutions - OzFDM
Large Format Printing: Challenges and Solutions
Large format 3D printing comes with higher risks and higher stakes. Learn how to manage warping, material choice, and long print times to improve reliability on prints over 300mm. Read more...
CoreXY vs Cartesian: Printer Architecture Deep Dive - OzFDM
CoreXY vs Cartesian: Printer Architecture Deep Dive
Choosing the right motion system can define your printer’s speed and performance. This guide compares Cartesian bedslingers and CoreXY architectures to help you decide what suits your needs. Read more...
Running a 3D Printing Business in Australia - OzFDM
Running a 3D Printing Business in Australia
Thinking about turning your 3D printing hobby into a business? This guide covers the essential Australian considerations, from ABN setup and tax to pricing your prints for real profitability. Read more...
Sensorless Homing and StallGuard - OzFDM
Sensorless Homing and StallGuard
Sensorless homing removes the need for physical endstops by using stepper driver feedback. Learn how it works, how to tune it in Klipper, and when it’s the right choice. Read more...
Hardened Nozzles: Ruby, Tungsten, and Steel Compared - OzFDM
Hardened Nozzles: Ruby, Tungsten, and Steel Compared
Not all nozzles are built for abrasive filaments. Learn when brass isn’t enough, and how hardened steel and ruby nozzles improve durability and print performance. Read more...
PID Tuning: Hotend and Bed Temperature Control - OzFDM
PID Tuning: Hotend and Bed Temperature Control
Inconsistent extrusion often comes down to unstable temperatures. Learn how PID tuning improves temperature control, print consistency, and overall surface quality. Read more...
Building a Print Farm: Lessons from the Field - OzFDM
Building a Print Farm: Lessons from the Field
Scaling from a single 3D printer to a full print farm shifts the focus from speed and quality to uptime, reliability, and repeatability. By standardising machines and materials, managing power... Read more...
Klipper Macros: Automation and Productivity - OzFDM
Klipper Macros: Automation and Productivity
Klipper macros turn complex print routines into single commands, streamlining everything from start and end sequences to filament changes and full calibration workflows. By combining standard G-code with flexible Jinja2... Read more...
Engineering Grade Filaments: Nylon, PC, and PA-CF - OzFDM
Engineering Grade Filaments: Nylon, PC, and PA-CF
Engineering filaments like Nylon, Polycarbonate, and PA-CF unlock performance far beyond PLA and PETG, offering heat resistance, strength, and chemical durability for demanding applications. However, they require capable hardware, controlled... Read more...