Buy the SE at $199 if you print PLA and PETG and do not mind carrying an SD card, and buy the KE at $279 if you want Wi-Fi, a 300 °C nozzle and twice the speed for $80 more. The V3 at $379 earns its price only if you plan to run carbon-fiber filaments, because it is the one of the three that ships with a hardened steel nozzle.
The figures are Creality’s own, from the support pages for the Ender-3 V3 SE, the Ender-3 V3 KE and the Ender-3 V3. This is a comparison on paper, not a hands-on review. The photo at the top is a stock image, not one of these three.
Where they differ
| V3 SE | V3 KE | V3 | |
|---|---|---|---|
| US list price (checked 2026-09-20) | $199 | $279 | $379 |
| Max nozzle temperature | 260 °C | 300 °C | 300 °C |
| Max bed temperature | 100 °C | 100 °C | 110 °C |
| Stock nozzle | 0.4 mm brass | 0.4 mm brass | 0.4 mm hardened steel |
| Max speed | 250 mm/s | 500 mm/s | 600 mm/s |
| Max acceleration | 2,500 mm/s² | 8,000 mm/s² | 20,000 mm/s² |
| Motion system | i3 gantry | i3 gantry | CoreXZ gantry |
| Build volume | 220 x 220 x 250 mm | 220 x 220 x 240 mm | 220 x 220 x 250 mm |
| File transfer | SD card | USB, Wi-Fi | USB, Wi-Fi |
| Build plate | PC spring steel | Epoxy resin spring steel | PEI spring steel |
| Outside dimensions | 420 x 366 x 490 mm | 433 x 366 x 490 mm | 358 x 374 x 498 mm |
| Creality’s filament list | PLA, PETG, TPU 95A | PLA, PETG, TPU 95A, ABS, ASA | PLA, PETG, TPU 90A, ABS, PLA-CF, PETG-CF |
Prices move with promotions, so treat those as the day’s snapshot. You can put all three side by side in the comparison tool.
What they share: a direct-drive extruder, a 350 W rated supply, input shaping, a filament runout sensor, power loss recovery, and no camera. The bed is 220 x 220 mm on all three, and the KE’s missing 10 mm of height will matter to almost nobody.
The nozzle temperature gap
The SE stops at 260 °C. The other two reach 300 °C. For the everyday materials that changes nothing: PLA tops out at 230 °C on the data sheets we hold, TPU 95A at 240 °C and PETG at 260 °C, so the SE reaches the top of all three ranges.
Where 260 °C falls short is ABS, whose published nozzle range runs to 270 °C, and everything hotter. Creality’s own list for the SE stops at PLA, PETG and TPU.
ABS and ASA on an open frame
The KE’s page lists ABS and ASA, and the V3’s lists ABS. Both printers are stated as open frame.
On temperature alone, both clear ABS: 300 °C against a 270 °C ceiling, and a 100 °C bed against a 100 °C ceiling. But the filament makers in our data call an enclosure recommended for ABS and, in Overture’s case, required. So our verdict for ABS on the KE and V3 is “with care”, which in practice means small parts and a draft-free room.
ASA is a harder no. Its bed range runs from 70 to 115 °C because the brands disagree, and the top of that range is out of reach for the KE at 100 °C and just out of reach for the V3 at 110 °C. More to the point, the enclosure is listed as required, and neither machine has one. The same goes for nylon and PC. None of these three is the printer for those. The ABS, ASA and nylon printer check shows which machines are, and the outdoor materials comparison covers PETG as the open-frame alternative.
One oddity: the SE’s support page says “Frame: Enclosed”. The SE is an open bed-slinger by Creality’s own photos, so we record its enclosure as not stated. Read it as a page error.
The hardened nozzle is the V3’s real argument
The V3’s extra 10 °C of bed changes no verdict above. The hardened steel nozzle is the difference that matters. Fiber-filled filaments are normally run through a hardened nozzle, not a brass one, and Creality’s lists follow that line: PLA-CF and PETG-CF appear for the V3 and for neither of the others. The KE has the temperature for them but ships with brass. You can change a nozzle, of course. On the V3 you do not have to. Carbon-fiber nylon is another matter: the V3 reaches its 300 °C, but the filament makers recommend an enclosure.
Speed, and how little of it you will use
250, 500 and 600 mm/s look like a clean ladder. Acceleration is the more telling row, because a printer only reaches top speed if the move is long enough. From a standing start, distance to speed is v² / 2a:
- SE: 12.5 mm to reach 250 mm/s.
- KE: 15.6 mm to reach 500 mm/s, and 3.9 mm to reach the SE’s 250 mm/s.
- V3: 9 mm to reach 600 mm/s, and 1.6 mm to reach 250 mm/s.
That is ideal arithmetic, ignoring cornering and firmware limits. On a part full of short moves the SE rarely sees its headline figure, while the KE and V3 get to useful speeds almost at once. The jump from KE to V3 is smaller than 8,000 against 20,000 suggests, because past a point the hotend limits you, not the gantry. Creality’s spec tables give no maximum flow figure for any of the three, so nobody can say from paper how much of 600 mm/s survives a real layer. The volumetric flow calculator shows what any given speed demands of the hotend.
The boring difference you will notice daily
The SE’s page lists SD card as its only file transfer. Every print means a walk with a card. The KE and V3 take files over Wi-Fi or USB and have 8 GB of onboard storage. If the printer lives in another room, that alone is a fair share of the $80.
Who each one suits
The SE suits a first printer on a tight budget, a PLA and PETG diet, and a desk within arm’s reach. Start with the PLA vs PETG guide if you are choosing between them.
The KE suits most people looking at this family. $80 buys the 300 °C hotend, double the rated speed, more than three times the acceleration and wireless printing.
The V3 suits someone who knows they want PLA-CF or PETG-CF parts and wants the maker’s blessing for it, or who prints enough that the faster motion system pays back. At $379 it also costs $20 more than the cheapest enclosed machine in our printer database, the Bambu Lab P1S at $359, so if ABS or ASA is the real goal, spend the money there instead.
