Choosing Your First 3D Printer

Danielle A.

So Many Printers, So Little Time

The 3D printer market in 2024-2025 is both exciting and overwhelming. You can spend $200 on a basic bedslinger or $5,000 on a professional CoreXY machine, and both are technically "3D printers". The right choice depends entirely on what you want to make, how much you want to tinker with the machine itself, and how much you're willing to invest upfront. Let's simplify the process with a systematic approach.

First, a crucial distinction: there's a difference between the experience of buying a 3D printer and the experience of owning one. Some printers require significant setup and calibration before producing good results, the experience can be rewarding if you enjoy the process, or frustrating if you just want to print things. Others work remarkably well out of the box but sacrifice repairability and community support. Know your preference before choosing.

The Two Main Architectures: Bedslinger vs CoreXY

Bedslinger printers (like the Creality Ender series) move the print bed back and forth on the Y axis while the toolhead moves in X and Z. They're mechanically simple and cheap to manufacture, which is why they dominate the budget market. The limitation: the heavy bed must accelerate and decelerate for every Y-direction movement, which limits practical print speed before vibration artefacts (ghosting) appear on print surfaces. Even with input shaping tuning, bedslingers typically max out around 150–180mm/s effectively.

CoreXY machines (Bambu Lab, Voron, RatRig) move the toolhead in both X and Y while the bed only moves in Z. Because the toolhead is much lighter than the bed, it can accelerate and decelerate far more aggressively, enabling 300mm/s+ print speeds with minimal vibration. This speed advantage makes CoreXY machines dramatically more productive for high volume printing. The trade off: they're more mechanically complex and generally pricier. The Bambu Lab range has made CoreXY accessible to beginners for the first time.

Top Picks for Australian Buyers

For absolute beginners: the Bambu Lab A1 Mini is our top recommendation. It auto calibrates, has an excellent companion app, produces great results from the first print, and has strong Australian distribution. The Creality Ender 3 V3 KE is the budget alternative; it runs Klipper firmware out of the box, has a large community, and costs significantly less. For those wanting multi material capability from the start: the Bambu Lab A1 Combo includes the AMS for automatic colour changes.

For more advanced beginners who don't mind some configuration: the Bambu Lab P1S is fully enclosed (handles ABS and ASA easily) and is one of the fastest printers at its price point. The Prusa MK4 is the gold standard for repairability and community support; every component is designed to be replaced, and the Prusa documentation is world class.

What Specs Actually Matter

Marketing specs that sound impressive but rarely matter in practice: theoretical maximum print speed (real world usable speed is always lower), "ultra silent" steppers (all modern printers are acceptably quiet), and build volume (most prints fit within a 220mm cube). Specs that actually matter: whether the printer includes a direct drive extruder (essential for flexible filaments like TPU), whether it has an all metal hotend (needed for temperatures above 240°C), and whether the bed surface is a proper PEI plate (good PEI surfaces make a real quality of life difference).

Whatever printer you choose, pair it with reliable Australian PLA filament for your first prints. The combination of a well set up printer and quality, consistent filament removes two variables from the equation simultaneously and makes diagnosing any issues much easier. See our getting started guide for the complete first steps overview.