Which 3D printer is best for a complete beginner?

An FDM printer running PLA filament is the easiest start — PLA is forgiving and low-odour, and many entry machines now include auto bed levelling to remove the trickiest setup step. Begin with FDM and PLA, get comfortable, then branch into other materials or a resin printer once you know what you want to make.

What's the difference between FDM and resin 3D printing?

FDM melts plastic filament and lays it down layer by layer — affordable, versatile and good for functional parts and larger prints. Resin cures liquid plastic with UV light for much finer detail, which suits miniatures and figurines, but it needs ventilation and careful handling. FDM is easier; resin is more detailed.

What can I actually make with a 3D printer?

Custom parts and brackets, replacement pieces for things that break, tabletop miniatures, cosplay props, phone and desk accessories, prototypes and gifts — anything you can model or download. FDM handles tougher, larger items; resin excels at small, highly detailed pieces.

Do I need to know 3D modelling to use a 3D printer?

Not to start. You can download ready-made models from free and paid libraries and print them straight away. Learning basic modelling later lets you design your own parts, but plenty of users print existing designs for a long time first.

Is resin 3D printing safe to do at home?

Yes, with sensible precautions. Uncured resin and its fumes are irritants, so print in a ventilated space, wear gloves, and avoid skin contact. Cure and dispose of waste resin properly. If you'd prefer to skip the handling and ventilation, an FDM printer is the simpler home option.

How much does it cost to run a 3D printer in South Africa?

Beyond the printer, budget for consumables: filament spools for FDM, or resin plus cleaning alcohol and replaceable film for resin printers. Running cost depends on how much you print. Buying locally means you can restock filament or resin with local warranty and support rather than importing.

What build volume should I look for?

Match it to your projects. Small build areas handle miniatures and small parts fine; if you want to print helmets, large props or big functional parts in one piece, choose a printer with a larger build volume. Bigger machines cost more and need more space, so don't over-buy if your prints are small.

Can a 3D printer print strong, functional parts?

Yes — material choice is key. PLA is fine for decorative and light-duty parts; PETG and ABS produce tougher, more heat- and impact-resistant components. Print settings like infill and wall thickness also affect strength, so a well-set-up FDM printer can make genuinely usable parts.

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3D Printers

3D Printers — FDM & Resin Printing 🖨️

A 3D printer builds physical objects layer by layer from a digital model — letting you make parts, prototypes, miniatures, cosplay props, repair pieces and custom accessories at home or in a workshop. The two main types are FDM, which melts plastic filament, and resin, which cures liquid with UV light. FDM suits general-purpose and tougher parts; resin captures the finest detail.

Beginners usually start with an FDM printer running PLA filament — it's forgiving, low-odour and cheap to feed. Choose by build volume (how big a print fits), the materials you want to run (PLA, PETG, ABS and more), and how much setup you're happy with. Resin printers reward you with crisp detail for miniatures and jewellery, but need ventilation and careful handling of the resin.

Evetech stocks 3D printers from entry-level to workshop machines, plus filament and accessories, all with local warranty and nationwide delivery. Compare build volume and print technology below, and factor in consumables — filament or resin — as part of the running cost.

How to Choose a 3D Printer

Start with what you want to print. Functional parts, larger models and beginner-friendly use point to an FDM printer; highly detailed miniatures and figurines point to resin. From there, match build volume, materials and your appetite for tinkering to the right machine. The points below cover the decisions that matter.

FDM printers melt plastic filament and are the easiest, most affordable place to start — great for parts, brackets, props and larger objects. Resin printers cure liquid with UV light and produce far finer detail, ideal for miniatures and jewellery, but need ventilation and messier post-processing. Most people start with FDM.

Build volume is the maximum size of a single print. Smaller printers are fine for miniatures, tabletop pieces and small parts; larger build areas let you print helmets, big props or fewer split pieces. Bigger machines cost more and take up more desk, so size it to the projects you actually plan to make.

PLA is the recommended starting filament — easy to print, low-odour and inexpensive, with no heated enclosure needed. Move to PETG for tougher, more heat-resistant parts, and ABS for impact-resistant components (it needs more ventilation and a stable temperature). Match the material to whether the part is decorative or functional.

Some printers arrive nearly ready to print; kit-style machines need assembly and tuning. Expect routine upkeep: levelling the bed (many now do this automatically), keeping the nozzle clear, and replacing the occasional worn part. If you'd rather print than tinker, look for a machine with auto bed levelling and a sealed, pre-assembled design.

The printer is only part of the cost — you also buy consumables. FDM uses filament spools; resin printers use bottled resin plus isopropyl alcohol for cleaning and replaceable FEP film. Budget for ongoing materials, and for resin, the gloves and ventilation needed to handle it safely.