3D printers · Device guides
Page 4 of 5, covering published records 61–80. This section is limited to published 3D printers models and tasks. Find model profiles, comparisons, compatibility checks, maintenance instructions, troubleshooting and app guidance.
Page 4Prusa
The CORE One+ Gen2 specification lists a 250 × 220 × 270 mm build volume and a 0.4 mm brass CHT nozzle. The in-chamber camera is optional, so check the order contents if remote viewing is part of your planned setup.
Prusa
On the MINI+, the extruder motor is fixed to the side and pushes filament through a PTFE tube toward the print head. Prusa’s handbook also identifies a SuperPINDA probe and a standard 0.4 mm nozzle. Distinguish the feed mechanism from the print head when describing a problem or ordering a part.
Prusa
Prusa’s MK2.5S comparison lists an MK52 platform with removable sheets and a miniRAMBO board. The handbook specifies 1.75 mm filament. Confirm the machine’s present configuration before treating its shared family name as proof that a part from another generation will fit.
Prusa
The MK2S column in Prusa’s handbook identifies an MK42 print surface and miniRAMBO board, with a 25 × 21 × 20 cm build volume. For a used printer, confirm those actual components before ordering by the MK2S name alone.
Prusa
The original MK3S uses a PINDA v2 probe with an embedded thermistor, according to Prusa’s handbook. That is a useful distinction when comparing calibration guidance with the MK3S+; check the installed probe before following instructions for a different configuration.
Prusa
On an MK3S+ with SuperPINDA, or when firmware detects SuperPINDA, Prusa says the Temperature Calibration menu is disabled automatically. That documented condition is not, by itself, evidence that the printer has a calibration fault.
Prusa
MK4S provides a 250 × 210 × 220 mm build volume, automatic first-layer calibration and a 0.4 mm high-flow brass CHT nozzle. The practical choices are material and accessory configuration: some materials require an enclosure with filtration, and MMU3 changes the nozzle trade-off.
Prusa
The HT90 build volume is cylindrical: Ø300 × 400 mm, not a 300 mm square footprint. Its published height with the door open is 1470 mm. Check both the part’s orientation and the installation space before comparing it with a rectangular-volume printer.
Prusa
The original SL1 column lists a 120 × 68 × 150 mm print area and a 5.5-inch, 2560 × 1440 exposure display. Read that column separately from SL1S SPEED; the two model names do not identify the same exposure hardware.
Prusa
Prusa’s comparison lists a 127 × 80 × 150 mm print area and a 5.96-inch, 2560 × 1620 display for SL1S SPEED. Those screen and space specifications identify the configuration; they are not measured accuracy results for a finished print.
Prusa
Prusa lists the XL+ with up to five independent toolheads and a 360 × 360 × 360 mm build volume. “Up to” is not an inclusion list: confirm the tool count in the chosen package and check enclosure or heater options separately.
Bambu Lab
A1 supports one AMS lite for up to four colors. AMS, AMS 2 Pro and AMS HT use the A1-series AMS HUB SA013 with firmware 01.07.00.00 or later. That route supports up to four units, without mixing AMS lite; cable generation and drying conditions still apply.
Bambu Lab
Bambu Lab’s general A2L connection guide supports AMS, AMS 2 Pro, AMS HT and AMS lite. The documented maximum is four AMS units plus one AMS lite for up to 19 colors. That combination uses only three AMS lite channels; the actual capacity depends on the connected units and occupied slots.
ELEGOO
ELEGOO’s general Centauri Carbon cleaning-needle guide involves nozzle-assembly removal and a powered 220 °C stage; it is not entirely unpowered, cold cleaning. Use the complete illustrated guide linked in this page’s sources. If you cannot follow it safely, stop and contact ELEGOO support.
Creality
Creality’s U.S. product information lists CFS and the K2 Plus PEI frosted build plate; its general replacement guide identifies the K2 Plus integrated nozzle. Hardware fit is not universal material support: TPU must not pass through CFS, and nozzle choice depends on the filament.
Creality
Creality’s general K2 Plus guide checks plate cleanliness, filament/profile matching, print-calibration leveling and first-layer settings in the official slicer, in that order. If the problem remains, our recommendation is to stop changing unrelated settings and contact K2 Plus support.
Creality
US specifications list 0.2/0.4/0.6/0.8 mm nozzles for K2 Plus, a 350 °C maximum and an included 0.4 mm nozzle. Separately, Creality’s general CF guidance advises against 0.2 mm and prefers 0.6 mm, followed by 0.4 mm, with the documented temperature and cleaning conditions.
Creality
Creality’s U.S. K2 Plus options list up to 4 CFS units and 16-color printing; 1 CFS provides 4 slots. Separately, the general filament guide says not to feed TPU through CFS because it can bend and cause loading or unloading failure.
Creality
Choose the K2 Plus bundle by the CFS count explicitly shown in the selected option. Creality’s U.S. page lists no CFS, 1 CFS, 2 CFS and 4 CFS configurations. The 16-color maximum belongs to the expanded system, not every order.
Creality
The U.S. K2 Plus specification lists a 350 × 350 × 350 mm nominal build envelope. Check the complete job in the K2 Plus slicer profile, not just the imported part’s longest dimension. The specification does not provide a universal safe clearance for every geometry.
