If you’re shopping for your first serious 3D printer in Australia — or upgrading from an older Ender 3 — the Ender 3 S1 vs S1 Pro debate is probably already on your radar. Both machines share the same frame, the same build volume, and the same beloved Sprite direct-drive extruder family. But the Pro commands roughly an $80–100 USD premium, and the question every Aussie maker asks is simple: is it worth it?
Short answer: for most beginners printing PLA and PETG, the standard S1 is plenty. For anyone who wants to print nylon, ASA, or carbon-fibre composites down the track, the S1 Pro is the smarter buy. Let’s dig into the actual differences so you can decide with confidence. This Ender 3 S1 vs S1 Pro comparison is written specifically for Australian buyers in 2026.
Ender 3 S1 vs S1 Pro: The Quick Spec Comparison
Before anything else, here’s the side-by-side that matters:
| Specification | Ender 3 S1 | Ender 3 S1 Pro |
|---|---|---|
| Build volume | 220 × 220 × 270 mm | 220 × 220 × 270 mm |
| Extruder | Sprite dual-gear direct drive (PTFE-lined) | Sprite Pro dual-gear direct drive (all-metal) |
| Max nozzle temp | 260°C | 300°C |
| Max bed temp | 100°C | 110°C |
| Build plate | PC spring steel sheet | PEI spring steel sheet |
| Display | Colour LCD with rotary knob | 4.3″ colour touchscreen |
| Bed levelling | CR Touch auto-levelling | CR Touch auto-levelling |
| LED work light | No (buy separately) | Yes, pre-installed |
| Material compatibility | PLA, PETG, TPU, ABS | PLA, PETG, TPU, ABS, ASA, PA, nylon, carbon-fibre |
| Typical price (USD) | ~$379–399 | ~$479–499 |
Notice what’s identical: build volume, dual Z-axis lead screws, the CR Touch probe, silent mainboard, filament runout sensor, and power-loss recovery. Creality didn’t redesign the printer — they upgraded the hot end, the bed, and the user experience.
What Actually Changed: The Hot End
The single biggest difference between these two machines lives inside the print head. The standard S1 uses the Sprite extruder with a PTFE-lined heat break, capped at 260°C. That’s fine for PLA (200–220°C), PETG (230–250°C), and even ABS if you push it — but PTFE starts to degrade above roughly 250°C, releasing fumes and eventually needing replacement.
The S1 Pro’s Sprite Pro hot end is all-metal, rated to 300°C. No PTFE in the melt zone, no degradation, and access to genuinely high-temperature materials: nylon (PA), polycarbonate blends, ASA, and carbon-fibre-filled filaments. If you’ve ever thought “one day I’d like to print functional engineering parts,” this is the upgrade that makes it possible without aftermarket surgery.
Is 300°C overkill for a beginner? Honestly, yes — for the first six months you’ll live in PLA and PETG land. But printers last years, and the Pro’s headroom means you won’t outgrow the machine when your ambitions do.
Build Plate: PC vs PEI
The S1 ships with a polycarbonate-coated spring steel sheet. It works, but it’s relatively easy to damage — one bad first layer with the nozzle too close and you’ve gouged the coating. The S1 Pro’s PEI sheet is more forgiving, releases prints more cleanly when cool, and generally lasts longer.
Here’s the thing though: a replacement PEI sheet costs around $30–40 AUD, and plenty of S1 owners just buy one as their first upgrade. So while the Pro’s plate is nicer, it’s not a decisive advantage on its own. For more on keeping any build surface in top shape, see our Ender 3 V3 SE setup guide — the bed-care advice applies to both S1 models.
Touchscreen and Quality-of-Life Touches
The S1 Pro gets a 4.3-inch touchscreen instead of the S1’s knob-driven LCD. Is it life-changing? No. Is it nicer to use at 11pm when you’re starting a print in a dim garage? Absolutely. The Pro also includes an overhead LED light strip — a small thing that makes a real difference when you’re watching first layers go down.
The Pro’s heated bed also reaches 110°C (vs 100°C on the S1) and has extra insulation underneath, which helps with warp-prone materials like ABS and ASA. In an Aussie winter garage, that insulation genuinely matters.
Who Should Buy the Ender 3 S1?
The standard S1 is the right call if:
- You’re a beginner printing PLA, PETG, and TPU. The S1 handles all three beautifully.
- Budget matters. That $80–100 USD saving buys you two or three spools of quality filament — and filament is what actually determines how much you print.
- You like tinkering. The S1 is a fantastic platform for gradual upgrades: a PEI sheet here, an all-metal heat break there, and you’ve built your own “Pro” over time while learning how the machine works.
Pair it with our guide on where to buy filament in Australia and you’ll be printing within days of unboxing.
Who Should Buy the Ender 3 S1 Pro?
Go Pro if:
- You want engineering materials. Nylon gears, ASA outdoor parts, carbon-fibre brackets — the 300°C all-metal hot end is non-negotiable for these.
- You’d rather buy once. The touchscreen, LED light, PEI bed, and insulated bed are all things S1 owners end up buying separately. Added together, they cost more than the price gap.
- You print ABS/ASA regularly. The hotter bed and better insulation make enclosed-adjacent printing far more reliable.
Where to Buy in Australia (2026)
Both printers are widely stocked by Australian retailers, which matters — buying locally means local warranty support and no month-long shipping from overseas. Check 3D Printer Superstore, Jaycar, and Aurarum for current pricing; expect the S1 around the mid-$600s AUD and the Pro in the mid-$700s AUD at most local shops, though prices move with sales and stock. Always confirm the current price before ordering, and factor in a spool or two of PLA to get started.
One tip: watch for bundle deals. Aussie retailers frequently package the S1 with a free spool of filament or a discounted dryer box, which can swing the value equation.
The Verdict: Ender 3 S1 vs S1 Pro
Here’s my honest take after watching both machines in the wild for years: the Ender 3 S1 Pro is the better printer in the Ender 3 S1 vs S1 Pro debate, full stop. The all-metal hot end, PEI bed, touchscreen, and LED light are all genuine improvements, and the price gap is modest for what you get.
But — the standard S1 is the better value for beginners. If you’re not sure you’ll ever print nylon, save the money, buy filament, and print more. You can always upgrade the hot end later; you can’t buy back the months you spent not printing because you were waiting to afford the Pro.
Either way, you’re getting one of the most proven printer platforms ever made. There’s a reason the Ender 3 family has sold in the millions — and the S1 generation fixed nearly every complaint people had about the originals.
Real-World Print Quality: Does the Pro Print Better?
Here’s a question that doesn’t show up on spec sheets: do the two printers produce visibly different prints? With identical slicer profiles and the same PLA spool, honestly, no — both produce excellent quality. The Sprite extruder family is genuinely good, the dual Z-axis keeps things square, and the CR Touch handles bed variance.
Where differences emerge is at the margins. The Pro’s all-metal hot end maintains more stable temperatures during long, fast extrusions — on a 12-hour PETG print, you’ll see slightly more consistent extrusion. The PEI bed’s flatter surface means first layers are more uniform across the whole plate. These are refinements, not revolutions. If someone showed you two identical Benchy prints, one from each machine, you couldn’t tell which was which.
The quality argument for the Pro isn’t “better prints today” — it’s “better prints with harder materials tomorrow.” Nylon and ASA simply don’t print well on a PTFE-lined hot end, regardless of tuning.
Noise Levels and Daily Living
Both machines use the same silent stepper drivers, and both are dramatically quieter than the original Ender 3 — no more angry-robot noises at 2am. In practice, fan noise dominates: the part-cooling fan and hotend fan produce a steady whoosh around 45–50 dB at one metre. The Pro’s larger part-cooling fan moves more air at similar noise levels, which contributes to its slightly better overhang performance.
If your printer lives in a bedroom or home office, both are tolerable but not silent. A concrete paver under the printer ($10 from Bunnings) plus squash-ball feet damps vibration transfer to desks — the single cheapest noise upgrade in 3D printing.
The Modding Ecosystem
One underrated factor: the Ender 3 S1 series shares a massive aftermarket. Because the S1 and S1 Pro use the same frame, gantry, and mounting patterns, nearly every mod fits both — linear rail kits, dual-gear extruder upgrades, Klipper mainboards, enclosure panels, LED bars, camera mounts. Thingiverse and Printables have thousands of S1-specific designs.
Popular upgrades S1 owners eventually buy: a PEI sheet ($30–40 AUD), silicone bed spacers to replace the springs ($10), a 5015 part-cooling fan duct (printed, free), and Klipper firmware for input shaping (free, but needs a Raspberry Pi or similar). Pro owners tend to skip straight to Klipper and enclosures since the hardware is already sorted.
This shared ecosystem is a genuine advantage over less popular printers. When something breaks at 9pm, someone in Australia has already documented the fix.
Long-Term Ownership Costs
Purchase price isn’t the whole story. Over two years of regular printing, expect:
- Nozzles: Brass nozzles wear out — budget $15–20/year. Hardened steel ($15 each) lasts far longer if you print abrasives.
- Build surfaces: A PEI sheet lasts 1–2 years of heavy use ($30–40 to replace). The S1’s PC sheet may need earlier replacement if gouged.
- PTFE tube (S1 only): The lined heat break’s PTFE section degrades with high-temp printing — $5–10/year if you print a lot of PETG/ABS.
- Filament: The real cost. An active hobbyist uses 1–2kg/month — $300–800/year. This dwarfs the printer price difference within months.
That last point reframes the whole debate: the $80–100 USD gap between S1 and Pro is roughly three spools of filament. Whichever you buy, budget more for plastic than you think.
Firmware and Software: What Runs on Each
Both printers run Creality’s Marlin-based firmware and slice identically in Cura, PrusaSlicer, and OrcaSlicer — use the built-in Ender 3 S1 profiles as a starting point for either. The Pro’s touchscreen runs a different UI build, but functionally they expose the same settings.
The real software story is Klipper. Both machines are popular Klipper conversion candidates, and Klipper’s input shaping largely erases the ringing differences between printer designs. On Klipper with a well-tuned profile, an S1 can print at 150mm/s+ with quality that embarrasses stock firmware at 60mm/s. If you’re buying in 2026 and comfortable with a weekend project, budget a Raspberry Pi — it’s the biggest performance upgrade per dollar in 3D printing.
Creality’s own Creality Print slicer supports both machines with tuned profiles, though most experienced users prefer OrcaSlicer for its superior calibration tools and active development.
Frequently Asked Questions
Can the Ender 3 S1 print nylon?
Not reliably out of the box. Nylon typically needs 250–270°C, which is at or beyond the S1’s 260°C limit — and the PTFE-lined hot end degrades at those temperatures. The S1 Pro’s all-metal 300°C hot end handles it comfortably.
Is the S1 Pro worth the extra money in 2026?
If you plan to print engineering materials (nylon, ASA, PC blends), yes — the upgrades would cost more bought separately. For PLA/PETG-only printing, the standard S1 is better value.
Do both have auto bed levelling?
Yes. Both the S1 and S1 Pro ship with Creality’s CR Touch probe for automatic bed levelling, plus dual Z-axis lead screws for stability.
What’s the build volume?
Identical on both: 220 × 220 × 270 mm — about 2 cm taller than the original Ender 3, which is genuinely useful for taller prints.
Can I upgrade an S1 to S1 Pro specs later?
Mostly, yes. You can fit an all-metal heat break or Sprite Pro hot end, swap to a PEI sheet, and add an LED strip. The touchscreen is harder to retrofit, but the functional upgrades are all doable.
Related reading: Creality K1 vs Bambu Lab P1P if you’re also considering faster CoreXY machines, and our first 3D printer buying guide for Australia.
