Bambu Lab
A fast open-frame bed-slinger that nails PLA, PETG and TPU with 4-colour AMS lite. Leave the enclosure-hungry engineering plastics to another machine.
Best filament for the A1 →The compact, budget A-series cantilever: small bed, full Bambu polish, and easy 4-colour PLA/PETG. Engineering plastics aren't its job.
Best filament for the A1 mini →The extra-large open-frame A-series: double the A1's volume, a hardened high-flow hotend out of the box and up to 19-colour AMS chaining, but still no enclosure.
Best filament for the A2L →The open-frame CoreXY that put fast, hands-off printing within reach. Best at PLA and PETG out of the box.
Best filament for the P1P →The enclosed P1: same speed as the P1P, plus the warm chamber that unlocks ABS, ASA and PC.
Best filament for the P1S →The reengineered P1S successor: hardened quick-swap nozzle, servo extruder and adaptive airflow, abrasive-ready out of the box.
Best filament for the P2S →The original base X1: same enclosed 300°C CoreXY platform as the Carbon, but a stainless nozzle that isn't abrasive-ready until you upgrade it.
Best filament for the X1 →The machine that set the modern enclosed-CoreXY standard: hardened nozzle, dual-red LiDAR, AMS multicolour, and it eats carbon fibre for breakfast.
Best filament for the X1 Carbon →The engineering-focused X1: an active heated chamber, 320°C hotend, HEPA filtration and enterprise controls for serious high-temp polymers.
Best filament for the X1E →The current X-series flagship: a dual-nozzle X1-class machine that prints support material on a separate nozzle so your part comes off clean.
Best filament for the X2D →A dual-nozzle, enclosed workhorse that runs CF/GF engineering filament and prints two materials without the multi-colour purge tax.
Best filament for the H2D →The production-grade H2D: tungsten-carbide nozzles for abrasive composites, enterprise networking, and AMS HT in the box.
Best filament for the H2D Pro →The large-format, single-nozzle H series box: a bigger, enclosed, heated-chamber printer that still runs the full engineering range.
Best filament for the H2S →The Vortek hotend-swapping H series machine: change nozzle diameters and materials mid-print and run up to 24 filaments.
Best filament for the H2C →Creality
The sub-$200 gateway Ender: a direct-drive bed-slinger that nails PLA and PETG and not much else.
Best filament for the Ender 3 V3 SE →Klipper-driven, 300C, and abrasive-ready with a nozzle swap: the Ender 3 that finally prints engineering filaments.
Best filament for the Ender 3 V3 KE →Creality's CoreXZ speed Ender with a hardened tri-metal nozzle out of the box, abrasive-ready without buying anything extra.
Best filament for the Ender 3 V3 →The big-bed CoreXZ Ender: same 300C hardened-nozzle filament story as the V3, with 58% more print area.
Best filament for the Ender 3 V3 Plus →The loaded 2022 Ender: all-metal 300C hotend and a 110C bed, held back only by a brass nozzle and open frame.
Best filament for the Ender 3 S1 Pro →The original 600mm/s enclosed CoreXY that put Creality in the speed race, though its brass nozzle limits it to non-abrasive filament out of the box.
Best filament for the K1 →The K1 reworked for carbon fiber: it ships with a hardened tri-metal nozzle and an all-metal extruder so you can print abrasives on day one.
Best filament for the K1C →The big-bed K1 with AI LiDAR leveling and an AI camera: a 300mm cube enclosed CoreXY that comes ready for abrasives.
Best filament for the K1 Max →Creality's flagship: a 350mm cube with an actively heated chamber, a 350°C tri-metal hotend, and CFS multi-color, built for real engineering materials.
Best filament for the K2 Plus →Prusa
The open-frame bed-slinger that turned Prusa reliability into a 290 C high-flow workhorse.
Best filament for the MK4S →The legendary open-frame i3 with a massive install base. Slower than the MK4S, still a tank.
Best filament for the MK3S+ →Prusa's small, affordable open-frame Bowden printer: PLA/PETG specialist, not a TPU machine.
Best filament for the MINI+ →Prusa's first fully-enclosed CoreXY with active chamber heat: the engineering-material machine.
Best filament for the CORE One →Large-format CoreXY toolchanger with a 16-zone segmented bed and up to five real toolheads.
Best filament for the XL →Anycubic
Anycubic's open-frame bed-slinger answer to multicolor, with a 300°C hotend and the ACE Pro drying box bolted on.
Best filament for the Kobra 3 →A 420 × 420 × 500mm open-frame giant that brings ACE Pro multicolor to large-format printing.
Best filament for the Kobra 3 Max →Anycubic's first fully enclosed CoreXY: a 320°C hotend in a closed box, the natural pick for ABS and ASA.
Best filament for the Kobra S1 →The budget single-color speed bed-slinger: fast PLA/PETG at a low price, capped at 260°C.
Best filament for the Kobra 2 Pro →Large-format single-color bed-slinger: a 420 × 420 × 500mm volume for big PLA/PETG prints on a budget.
Best filament for the Kobra 2 Max →Elegoo
Elegoo's enclosed CoreXY that brought a hardened-nozzle, 320°C, fully-enclosed machine down to budget-Bambu money.
Best filament for the Centauri Carbon →The four-color follow-up: enclosed CoreXY, a 350°C hardened nozzle, and Elegoo's CANVAS AMS for under $500.
Best filament for the Centauri Carbon 2 Combo →The open-frame, Klipper-driven bed-slinger that made 500 mm/s printing affordable.
Best filament for the Neptune 4 →The Neptune 4 with upgraded cooling and dual-port part fans: same open frame, brass nozzle, and 300°C ceiling.
Best filament for the Neptune 4 Pro →Large-format open-frame Klipper printer: 320 × 320 × 385 mm of build space, same brass nozzle and 300°C ceiling.
Best filament for the Neptune 4 Plus →Elegoo's biggest bed-slinger: a 420 × 420 × 480 mm open-frame Klipper machine with a brass nozzle and 300°C hotend.
Best filament for the Neptune 4 Max →