3D printers · Device guides

3D printers: Browse all device guides — page 3

Page 3 of 5, covering published records 41–60. This section is limited to published 3D printers models and tasks. Find model profiles, comparisons, compatibility checks, maintenance instructions, troubleshooting and app guidance.

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ELEGOO

ELEGOO Neptune 4 Max: will it fit your workbench?

Do not size a workbench from the Neptune 4 Max build volume alone. ELEGOO lists a 420 × 420 × 480 mm printing volume, but a 658 × 950 × 960 mm maximum activity envelope including the rack and tray. The moving-machine envelope is the more relevant starting point for planning space.

  • ELEGOO Neptune 4 Max

ELEGOO

ELEGOO Neptune 4 Plus: enclosure advice for ABS and ASA

For Neptune 4 Plus, ELEGOO recommends using ABS and ASA with a printer enclosure. The 300 °C nozzle specification does not remove that condition. Its documented build volume is 320 × 320 × 385 mm, so enclosure selection also needs the actual printer installation dimensions—not just that print envelope.

  • ELEGOO Neptune 4 Plus

ELEGOO

First-generation Centauri Carbon: verified U.S. facts

For the U.S. evidence set, the first-generation Centauri Carbon has a 256 × 256 × 256 mm build volume, a 320 °C nozzle limit, a 110 °C bed limit and a 0.4 mm brass-hardened steel nozzle. ELEGOO lists reinforced and standard filament families, but the filament waste bin is not included and Centauri Carbon 2 part interchangeability is not established.

  • ELEGOO Centauri Carbon

Prusa

Prusa CORE One L+: standard hotend versus the HT upgrade

The CORE One L+ product specification lists a standard hotend limit of 290 °C. Reaching up to 400 °C requires the optional HT Hotend upgrade. Its 300 × 300 × 330 mm build volume is separate from the machine footprint and must not be substituted for an INDX configuration specification.

  • Prusa CORE One L+