Choosing Your First 3D Printer

Jackson B.

So Many Printers, So Little Time

The 3D printer market has evolved rapidly over the last few years, and choosing the right machine can feel overwhelming for beginners. Entry level printers are more capable than ever, while high speed CoreXY systems have become increasingly accessible to everyday makers. At the same time, the number of brands, features, and marketing claims has exploded.

The reality is that there is no single “best” 3D printer for everyone. The right machine depends on what you want to print, how much you enjoy tinkering, and whether you value simplicity, speed, upgradeability, or long term repairability.

One of the most important things to understand before buying a printer is that the experience of owning a machine can be very different from simply buying one. Some printers require regular calibration, tuning, and maintenance to get the best results. Others are designed to work reliably with minimal setup from the start. Neither approach is inherently wrong, but understanding which experience you actually want helps narrow the field rapidly.

The Two Main Architectures: Bedslinger vs CoreXY

Most consumer FDM printers fall into one of two main motion system designs: bed slingers or CoreXY machines.

Bedslinger

• Bedslinger printers move the print bed back and forth on the Y-axis while the print head handles movement in the X and Z directions.
• This design is mechanically simple, widely understood, and relatively inexpensive to manufacture, which is why it dominates the budget and entry level market.
• The downside is that the print bed itself becomes a moving mass.
• As print speeds increase, the printer must repeatedly accelerate and decelerate that weight during every movement.
• Eventually this process introduces vibration, ringing, and ghosting artefacts on the print surface.
• Even with modern tuning features such as input shaping, most bedslingers reach a practical limit before stability becomes an issue.

CoreXY

• CoreXY printers take a different approach. Instead of moving the bed rapidly during printing, the lightweight toolhead handles movement across both the X and Y axes while the bed only moves slowly in Z as the print grows taller.
• Because the moving components are lighter, CoreXY machines can accelerate far more aggressively while maintaining cleaner print quality at higher speeds.
• This makes them especially attractive for high volume printing and faster production workflows.
• The trade off is increased mechanical complexity and generally higher pricing, although modern systems from companies like Bambu Lab have made CoreXY far more approachable for beginners than ever before.

Top Picks for Australian Buyers

• For complete beginners wanting a straightforward and reliable experience, the Bambu Lab A1 Mini is one of the easiest recommendations currently available. It offers excellent automatic calibration, strong print quality straight out of the box, and a beginner friendly user experience that removes much of the frustration traditionally associated with starting in 3D printing.
• For users wanting a lower cost entry point with strong community support, the Creality Ender 3 V3 KE remains a solid option. It provides modern features at a more affordable price and benefits from the enormous Ender ecosystem of upgrades, guides, and troubleshooting resources.
• If multicolour printing is important from the beginning, systems such as the Bambu Lab A1 Combo introduce automated filament switching through the AMS system, making multimaterial printing far more accessible.
• For users wanting a more advanced enclosed machine capable of handling materials such as ABS and ASA comfortably, the Bambu Lab P1S offers excellent speed and performance at its price point.
• Meanwhile, the Prusa MK4 continues to stand out for users who value repairability, long term support, and extensive documentation. Prusa’s approach remains heavily focused on maintainability and community driven development.

What Specs Actually Matter

Many printer specifications sound impressive in marketing material but have surprisingly little impact on real world printing. Maximum advertised print speed is one example. While some machines claim extremely high speeds, users often find that the practical usable speed is far lower once they consider print quality. Instead, some of the most important features to pay attention to are the ones that directly affect material compatibility and day to day usability.

A direct drive extruder is highly beneficial for printing flexible materials such as TPU. An all metal hotend becomes important when printing higher temperature engineering materials beyond standard PLA and PETG. A quality PEI build plate also makes a noticeable difference to first layer reliability and overall printing convenience. For beginners especially, pairing a reliable printer with quality filament removes a huge amount of troubleshooting frustration early on. Consistent filament diameter, proper moisture control, and reliable extrusion characteristics make calibration and problem solving dramatically easier while learning the basics of FDM printing. See our getting started guide for the complete first steps overview.