Bambu Lab P1P vs P1S – Check Which One Is Best & Why?

Bambu Lab P1S & Bambu Lab P1P share many similarities, but there are also important differences, such as quality, performance, features, design, and connectivity. If you want the best one between them, I Would recommend the Bambu Lab P1S rather than the Bambu Lab P1P.

Table Of Contents hide

1 Why Do I Recommend The Bambu Lab P1S?

2 Side By Side Comparison

3 What Common Both Can Do?

4 Common Features

Why Do I Recommend The Bambu Lab P1S?

The Bambu Lab P1S comes with a fully enclosed frame to maintain stable chamber temperatures for reliable ABS, ASA, and Nylon printing, while the Bambu Lab P1P uses an open-frame design that is more affected by ambient temperature changes.
Bambu Lab P1S includes an activated carbon filter for reducing fumes and odors during high-temperature prints, whereas the Bambu Lab P1P has no built-in filtration system.
It features side panels, a front door, and a top cover to protect prints from drafts and dust, while the Bambu Lab P1P leaves the motion system and print area exposed.
The Bambu Lab P1S comes with an auxiliary cooling fan for better airflow control inside an enclosed chamber, while the Bambu Lab P1P relies only on open-air cooling.
Bambu Lab P1S has improved noise containment due to its enclosed structure for quieter operation in home or office environments, while the Bambu Lab P1P allows more mechanical noise to escape.
It supports more consistent layer adhesion on large or tall prints because of controlled internal airflow, whereas the Bambu Lab P1P is more susceptible to warping from room drafts.
Bambu Lab P1S requires no additional enclosure upgrades to print engineering-grade materials effectively, while the Bambu Lab P1P often needs aftermarket or official enclosure add-ons.

Maybe the Bambu Lab P1P price can make you comfortable because it’s a little bit cheaper than the Bambu Lab P1S. But you have to compromise all the above-mentioned features. Now the Decision is Yours. I hope it was helpful to choose the right one.

Check Bambu Lab P1S Best Price

Check Bambu Lab P1P Best Price

Side By Side Comparison

Feature	Bambu Lab P1S	Bambu Lab P1P
Frame style	Enclosed	Open-frame
Front door	Yes	No
Side panels	Included	Not included
Top cover	Included	Not included
Activated carbon filter	Yes	No
Auxiliary part-cooling fan	Included	Not included
Chamber airflow path	Enclosure-ducted	Open-air
Draft protection	Yes	No
Dust protection	Higher	Lower
Odor control	Filtered	Unfiltered
Noise containment	Higher	Lower
ABS/ASA readiness	Better	Limited
Nylon readiness	Better	Limited
Environmental stability	Higher	Lower
Space/footprint	Larger	Smaller
Weight	Higher	Lower
Typical use focus	Engineering materials	PLA/PETG-focused
Price	Check Bambu Lab P1S Price	Check Bambu Lab P1P Price

What Common Both Can Do?

CoreXY motion system: Both printers use a CoreXY kinematic design, allowing fast and precise movement of the print head. This contributes to high-speed printing while maintaining dimensional accuracy.
Maximum build volume: Each model provides a 256 × 256 × 256 mm build space, enabling users to print medium to large parts without resizing models. This consistency makes it easy to switch between the two printers without changing project constraints.
Maximum print speed: Both support print speeds up to 500 mm/s, making them significantly faster than many traditional desktop printers. This is especially valuable for rapid prototyping and high-throughput workflows.
Maximum acceleration: With acceleration up to 20,000 mm/s², both machines can rapidly change direction during printing. This reduces print times while preserving sharp corners and fine details.
Nozzle temperature limit: Each printer supports nozzle temperatures up to 300 °C, enabling compatibility with a wide range of common and engineering-grade filaments. This flexibility allows material experimentation without hardware changes.
Heated build plate: Both models include a heated bed, which improves first-layer adhesion and reduces warping. This is essential for reliable prints across many filament types.
Build plate size: The identical build plate dimensions ensure consistent bed coverage and surface area. Users can reuse the same print profiles and bed accessories on either printer.
Direct-drive extruder: A direct-drive extruder is used on both printers, improving extrusion control and filament response. This is particularly beneficial for flexible and composite filaments.
Hardened steel nozzle option: Both printers support hardened steel nozzles, allowing the use of abrasive filaments such as carbon-fiber blends. This extends nozzle lifespan and material compatibility.
Automatic bed leveling: Each model performs automatic bed leveling to ensure a flat and accurate first layer. This reduces setup time and minimizes user intervention.
Input shaping: Input shaping is supported on both printers to counteract vibration-induced artifacts. This helps maintain print quality at high speeds.
Vibration compensation: Both printers actively compensate for mechanical vibrations during printing. This results in smoother surfaces and more consistent layer stacking.
Filament runout detection: Each printer can detect when filament runs out and pause the print. This prevents failed prints and wasted material.
Power-loss recovery: Both models support resuming prints after a power interruption. This feature protects long prints from being lost due to unexpected outages.
AMS compatibility: Both printers are compatible with the Automatic Material System, enabling multi-color and multi-material printing. This expands creative and functional printing possibilities.
Camera support: Each printer supports an onboard camera for remote monitoring. This allows users to check print progress without being physically present.
Bambu Studio support: Both printers integrate fully with Bambu Studio software for slicing and printer management. This ensures a consistent workflow and feature set.
Wi-Fi connectivity: Wireless connectivity is available on both models, allowing remote file transfer and printer control. This improves convenience in home and professional environments.
LAN printing mode: Both support LAN-only printing for local network control. This is useful for users who prefer offline or restricted-network operation.
Firmware ecosystem: Both printers run within the same Bambu firmware ecosystem. This ensures consistent updates, features, and long-term software support across both models.

Check Bambu Lab P1S Best Price

Check Bambu Lab P1P Best Price

Common Features

Feature	Bambu Lab P1S	Bambu Lab P1P
CoreXY motion system	Yes	Yes
Maximum build volume	256 × 256 × 256 mm	256 × 256 × 256 mm
Maximum print speed	Up to 500 mm/s	Up to 500 mm/s
Maximum acceleration	20,000 mm/s²	20,000 mm/s²
Nozzle temperature limit	300 °C	300 °C
Heated build plate	Yes	Yes
Build plate size	256 × 256 mm	256 × 256 mm
Direct-drive extruder	Yes	Yes
Hardened steel nozzle option	Yes	Yes
Automatic bed leveling	Yes	Yes
Input shaping	Yes	Yes
Vibration compensation	Yes	Yes
Filament runout detection	Yes	Yes
Power-loss recovery	Yes	Yes
AMS compatibility	Yes	Yes
Camera support	Yes	Yes
Bambu Studio support	Yes	Yes
Wi-Fi connectivity	Yes	Yes
LAN printing mode	Yes	Yes
Firmware ecosystem	Shared Bambu firmware	Shared Bambu firmware
Price	Check Bambu Lab P1S Price	Check Bambu Lab P1P Price

FAQ

Do both printers have the same build volume?
Yes, both models share the same 256 × 256 × 256 mm build volume, allowing identical model sizing and print layouts on either printer.

Are print speeds the same on both models?
Both printers support the same maximum print speed of up to 500 mm/s, using identical motion tuning and firmware limits.

Do they use the same motion system?
Yes, both use a CoreXY motion system, which enables high-speed printing with stable and precise head movement.

Is print quality comparable between the two printers?
Print quality is fundamentally the same because both printers share the same motion hardware, extruder design, and firmware features such as input shaping and vibration compensation.

Do both printers support the Automatic Material System (AMS)?
Yes, both models are compatible with the AMS, allowing multi-color and multi-material printing with the same functionality.

Can both printers print flexible filaments like TPU?
Yes, both use a direct-drive extruder, which provides the filament control needed for flexible materials such as TPU.

Do both models have automatic bed leveling?
Yes, automatic bed leveling is included on both printers, ensuring consistent first-layer adhesion with minimal user adjustment.

Is the heated bed the same on both printers?
Yes, both printers use the same heated build plate with identical size and temperature capability.

Do both printers support high-temperature nozzles?
Yes, both support nozzle temperatures up to 300 °C and can use hardened steel nozzles for abrasive filaments.

Is firmware and software support the same?
Yes, both printers run within the same Bambu firmware ecosystem and are fully supported by Bambu Studio with identical slicing and control features.

Do both printers include power-loss recovery?
Yes, both can resume a print after a power interruption, helping prevent failed long-duration prints.

Is remote monitoring available on both models?
Yes, both support camera monitoring and remote access through network connectivity, enabling users to check print status remotely.

Do both printers support LAN-only operation?
Yes, both can operate in LAN mode, allowing local network control without relying on cloud services.

Which printer is better for beginners?
Both are beginner-friendly in terms of setup and operation, but the P1P may appeal to users focused on basic materials and lower cost, while the P1S suits those who want an enclosed setup without upgrades.