Drool For ToolsJerry's bench · Rocko, chief inspector

Fabrication

3D Printers

Compare enclosed filament printers for prototypes, jigs, and workshop parts. Start with the part envelope and material requirements.

Before choosing your setup

  • Check the usable print envelope with your model, supports, and any purge tower.
  • Match the enclosure, nozzle, and bed limits to the filament you intend to use.
  • Check which camera, filtration, and multiple-filament accessories are included.

Also in the catalog: Bondtech INDX toolchanger.

Process sketch

Equipment to compare

These examples show different approaches. Specifications come from the linked maker or store page.

Bambu Lab · Listed equipment

Bambu Lab P1S

An enclosed printer with an activated-carbon filter and a 256 mm nominal build envelope. The listed nozzle and bed temperature limits are machine specifications, not a guarantee for every filament.

Published specifications
Build volume256 x 256 x 256 mm (nominal)
EnclosurePlastic and glass
Maximum hotend temperature300 C
Maximum bed temperature100 C
Included nozzle0.4 mm stainless steel
Air filterActivated carbon

Bambu Lab P1S product specifications Checked .

Prusa · Listed equipment

Prusa CORE One+ (Gen 2)

An enclosed CoreXY printer with a 250 x 220 x 270 mm build envelope. Prusa lists automatic first-layer calibration; its internal camera and HEPA filtration are optional accessories.

Published specifications
Build volume250 x 220 x 270 mm
Motion systemCoreXY
Maximum nozzle temperature290 C with standard setup
Maximum bed temperature120 C
Maximum chamber temperature55 C
Filament diameter1.75 mm

Prusa CORE One+ (Gen 2) technical parameters Checked .