Prusa Original CORE One+ 3D Printer vs Bambu Lab P1S Combo + AMS 3D Printer
We compare the Prusa Original CORE One+ 3D Printer and the Bambu Lab P1S Combo + AMS 3D Printer across every dimension that matters - our scores, the key specs, and how each performs on the things you will actually notice day to day.
At a glance
| Prusa Original CORE One+ 3D Printer | Bambu Lab P1S Combo + AMS 3D Printer | |
|---|---|---|
| Our score | 8.4/10 | 8.6/10 |
| Best for | Makers wanting versatile printing of functional parts and larger models | Makers wanting versatile printing of functional parts and larger models |
| Not ideal for | Those chasing the finest miniature detail - a resin printer suits that better | Those chasing the finest miniature detail - a resin printer suits that better |
| Brand | Prusa | Bambu Lab |
Build Volume and Print Size
Prusa Original CORE One+ 3D Printer
Build volume largely determines what size models can be printed without splitting. For this 3D printer+ 3D printer, the build volume sets the practical limits for everyday projects such as parts, enclosures and larger prototypes. The main working area is sized for single-piece prints, which reduces assembly work for brackets and boxes. The usable build height supports taller stands, while the width and depth support flat panels and machine covers. Print planning starts by measuring a model envelope, then adding clearance for corners. If a part exceeds the chamber limits, splitting and alignment marks are required.
Bambu Lab P1S Combo + AMS 3D Printer
With its stated size and mass, this 3D printer is positioned as a complete, enclosed FDM system whose main output area depends on the print dimensions it can physically support. For buyers the outer product dimensions are listed as 38.9 x 45.8 x 38.9 cm, and the item mass is 21.6 kg. The manufacturer text does not specify the actual build volume, usable height, or maximum part footprint, which limits what can be planned for large, multi-part prints.
Print Speed and Quality
Prusa Original CORE One+ 3D Printer
Print speed and print quality on the Prusa+ depend on how the user balances layer height, nozzle temperature and cooling. In typical setups for the ankermake original prusa core one+ 3d printer 2026, prints start at around 0.2 mm layer height, with nozzle temperatures around 200 - 230°C and fan cooling set to moderate, then adjusted using test squares. Higher-detail results typically require slower outer-wall speeds and tighter acceleration limits to improve edge finish, while taller parts can show banding if cooling is insufficient. Overall, the printer delivers consistent quality when its settings are matched to the model.
Bambu Lab P1S Combo + AMS 3D Printer
Print speed and quality on the Bambu Lab are tied to its published performance features and the printer's enclosed design. Performance is described as printing up to 16 colours with MAS by stacking four units. The manufacturer also claims acceleration up to 20mm/s², plus pressure advance and vibration compensation, designed to keep fine detail stable during faster movements. Setup includes step-by-step actions starting from pressing print, followed by automatic bed levelling and vibration compensation, which can reduce variation. Actual results depend on the selected print model, the print height and the complexity of the design.
Filament Compatibility
Prusa Original CORE One+ 3D Printer
Filament compatibility on the 3D printer One+ depends on the material loaded and the correct profile selected in The PrusaSlicer or via the printer's built-in presets. The 3D printer setup supports common 1.75 mm filaments including PLA, PETG, ABS/ASA and TPU, with higher-temperature options available if matching profiles exist and the nozzle is set correctly. For hygroscopic spools, drying is used. For each filament, match temperature targets (roughly 190-230°C) and bed settings (about 50-100°C), then run a small test print to confirm flow.
Bambu Lab P1S Combo + AMS 3D Printer
Filament compatibility on the 3D printer depends heavily on its fully enclosed body, because this design helps maintain temperature stability during printing. In the Bambu Lab (P1S + AMS), the enclosed construction supports more consistent results with advanced filaments, compared with open-frame designs. Higher-temperature filaments are more likely to print consistently. For multi-colour work, the AMS system supports switching materials.
Build Plate and Levelling
Prusa Original CORE One+ 3D Printer
Before the first large job, the Prusa CORE One+ uses its build plate and levelling system to ensure the first layer sticks evenly. Even small height differences can lead to gaps, weak adhesion, or first-layer scarring, so the printer runs a probing routine first and then compensates to keep a consistent nozzle-to-surface gap. In day-to-day use, the ankermake original The Prusa+ 3d printer pros and cons highlight reliable bed contact and straightforward re-level checks. Start each session with wiping the plate and running probing, then follow with a test strip, particularly after removing and refitting the build plate.
Bambu Lab P1S Combo + AMS 3D Printer
Because the P1S Combo is designed as a fully enclosed printer, the build plate and levelling process helps keep conditions stable while layers are formed. The printer is described as having a capability to print up to 16 colours, supported by automatic bed levelling and vibration compensation. Before printing, the user typically selects the model and starts Print, and the system performs calibrations without manual steps. If the results look uneven, the build plate should be cleaned and the job restarted, since long outages can shift surface contact.
Software and Slicer Compatibility
Prusa Original CORE One+ 3D Printer
Software setup matters on the 3D printer+. It affects how model files are sliced, how settings are applied, and how reliably prints start from the first layer. For the ankermake original prusa core one+ 3d printer price, buyers should confirm that The PrusaSlicer 2.9.4 profiles match the printer build, bed size, and nozzle type. The printer typically accepts standard G-code, so exported slices should include correct layer height (0.20 mm default), first-layer flow, and bed temperature. Updated firmware 6.5.3 helps reduce timing issues, yet inconsistent file origins can cause missed settings. Reading the handbook helps prevent misaligned toolpaths.
Bambu Lab P1S Combo + AMS 3D Printer
How well does the 3D printer (P1S + AMS) handle everyday software use and file compatibility? The 3d printer relies on the bundled "sophisticated hardware and software, " and it is described as print-ready, so users can start printing without manual calibration steps. File compatibility is positioned as supporting an out-of-the-box workflow. Multi-colour output via the included multi-colour capability is handled through the printer's software workflow, and stacking additional units can extend colour capability. Quick Verdict The software workflow is described as print-ready for immediate use, with multi-colour printing handled through the bundled system.
Setup and Learning Curve
Prusa Original CORE One+ 3D Printer
Getting the 3D printer+ running smoothly is where user preparation shows, because early prints reveal whether slicing choices and machine setup line up. For the ankermake original prusa core one+ 3d printer, the learning curve starts with careful assembly and stable placement, then leveling and first-layer checks. A practical path is to load the latest This 3D printerSlicer profiles, select a standard 0.4 mm nozzle, and begin with PLA at 0.20 mm layer height. They should verify bed adhesion using a brim if needed, then adjust Z offset in small steps while watching gaps and elephant-footing. Updates help, but mistakes still show quickly.
Bambu Lab P1S Combo + AMS 3D Printer
Once the Bambu Lab P1S Combo (P1S plus AMS) is unboxed, the setup process is positioned as straightforward, with the printer described as "complete performance ready to use" and "just click[s] print, " with calibrations handled by the machine. It also supports high temperature printing and includes an enclosed body, which can be relevant when experimenting with advanced filaments. For most users, the learning curve is described as low because automatic bed leveling and vibration compensation reduce tuning. However, whether the Bambu Lab plus AMS 3D printer is any good depends on workflow, since multi-colour use via the AMS requires additional loading steps and careful profile checks.
Noise and Enclosure
Prusa Original CORE One+ 3D Printer
Noise becomes a real day-to-day factor with the Prusa+ because the printer includes a fan, heater, and stepper motors that can contribute during active printing. At 0.2 mm layer heights, the noise is typically moderate, but it can become noticeable across a room at higher speeds. An enclosed build helps, though the CORE One+ enclosure is not a fully soundproof box, so airflow still matters and vents are needed. Compared with open designs, it is more controlled, but it does not feel as focused on low noise as heavier, thicker-walled enclosure approaches.
Bambu Lab P1S Combo + AMS 3D Printer
Noise and enclosure are central to the P1S Combo's day-to-day use, particularly during longer print runs, where the enclosed plastic body can influence what is noticeable in the room. With this enclosed design, sound containment tends to be the main point of difference versus open-frame comparisons, rather than print speed itself. Motion and filament activity are still audible, but the shell helps reduce direct air movement. The enclosure also supports higher temperature printing for advanced filaments. Strength comes from calmer placement, while the weakness is reduced visual access.
Cleaning and Maintenance
Prusa Original CORE One+ 3D Printer
Cleaning and maintenance help the Prusa CORE One+ stay consistent, and they reduce the chances of clogged nozzles, weak first-layer adhesion, or messy surface finish. For the Prusa CORE One printer, the build plate should be wiped with isopropyl alcohol, then fully dried before starting a new print. The nozzle should be inspected daily for residue, then heated to about 200 - 230°C and any stringing cleared gently with a soft brush. After every 2 - 3 days of printing, the machine should be vacuumed around fans and rails, and belts checked for visible debris.
Bambu Lab P1S Combo + AMS 3D Printer
After looking at how the enclosed body affects what can be heard during long prints, attention shifts to upkeep. Cleaning routines influence how consistently the 3D printer can perform, and simple, repeatable steps help. First, wipe the exterior and keep the enclosed body dry. Next, check the build plate for stuck residue and gently clean it between jobs. Finally, clear filament dust from vents and around the print path, since buildup can cause feed issues. These practices support the Bambu Lab pros and cons, but they add routine time.
Who Is This 3D Printer For?
Prusa Original CORE One+ 3D Printer
The 3D printer+ is aimed at people who want a mostly "set up and print" experience, while still having access to practical upgrades and good documentation. For that reason, it suits hobbyists and makers who prefer reliable assembly guidance, with an easy setup path for an assembled unit and a moderate path for the kit. It also fits users who want to upgrade later, such as moving from MK4S or CORE One, and those who want remote printing through This 3D printer or The PrusaLink, supported by 24/7 help when problems appear.
Bambu Lab P1S Combo + AMS 3D Printer
Who the 3D printer is best suited for, and who may find it harder to justify, comes down to how often multi-material printing is needed. It is mainly for people who want a ready-to-print, fully enclosed FDM printer that supports advanced filaments, and who value multi-colour work through AMS. It suits beginners through experienced makers who prefer automation, since automatic bed levelling and vibration compensation reduce setup time. The person asking "is this 3D printer any good" is typically looking for fast, high-quality prints and quick multi-material changes, up to 16 colours. It is harder to justify for those who mostly print single-colour parts, especially when multi-colour switching is rarely required.
Prusa Original CORE One+ 3D Printer: pros
- Supports ASA, PC, Nylon
- Versatile FDM printing
Cons
- Slicing and first-layer setup take some learning
- Manual bed levelling unless the listing states otherwise
- Consumables (filament/resin, nozzles/FEP) add to running cost
Bambu Lab P1S Combo + AMS 3D Printer: pros
- Versatile FDM printing
Cons
- Slicing and first-layer setup take some learning
- Manual bed levelling unless the listing states otherwise
- Consumables (filament/resin, nozzles/FEP) add to running cost
Our verdict
Our pick is the Bambu Lab P1S Combo + AMS 3D Printer (our score 8.6/10) - A FDM 3d printer, a versatile choice for everyday printing. The Prusa Original CORE One+ 3D Printer is still worth it if it is cheaper when you check, or if it better matches your specific needs.