Bambu Lab P2S 3D Printer

Key Technical Properties and Characteristics

The Bambu Lab P2S 3D printer is a high-performance and reliable desktop machine for three-dimensional printing that combines expert technology and user convenience.

• The build volume is 256 × 256 × 256 mm, allowing you to work with sufficiently large parts while maintaining the compact dimensions of the device.
• The printer is built on the Core-XY scheme, which ensures fast and precise movement of the print head. The device uses a modern PMSM extruder (servo-drive) with a force of up to approximately 8.5 kg, which significantly increases filament feeding stability and allows working with highly complex materials.
• The default nozzle diameter is 0.4 mm made of hardened steel, which is suitable for most tasks; if necessary, 0.2 mm, 0.6 mm, and 0.8 mm diameters are supported.
• The maximum extruder temperature is up to 300 °C, which allows the use of a wide range of engineering and composite materials.
• The heated bed can reach a temperature of 110 °C, making it possible to print with materials prone to warping.
• The device body is enclosed, and an Adaptive Airflow system with a carbon filter is implemented, which allows controlling the thermal regime inside the chamber and filtering the air — especially important when working with engineering materials.
• The interface is a 5-inch touchscreen with the proprietary second-generation user interface, making control convenient even for users without extensive experience.
• A built-in 1080p camera with lighting is included for remote monitoring function, as well as an intelligent system for detecting printing errors (such as "spaghetti printing," clogged nozzle, and others).
• Materials supported by the model: PLA, PETG, TPU, ABS, ASA, PA, PC, and composite filaments with fillers (carbon and glass fiber).
• The physical dimensions of the machine are approximately 392 × 406 × 478 mm, weight is around 14.9 kg.

These technical characteristics make the P2S a universal tool for both hobby projects and small-batch production, ensuring a high level of accuracy, reliability, and flexibility.

What distinguishes the Bambu P2S from the base P2S Combo version

The base P2S version already represents an update to the lineup: compared to the previous P1S model, it received enhancements in interface, extruder, airflow, and automation.

However, the «Combo» suffix in the name Bambu Lab P2S Combo specifically denotes a kit that expands the capabilities of the base machine. That is, if the P2S is the printer itself, the P2S Combo is the printer with the included automatic material feeding and changing system (AMS 2 Pro) and other additions optimized for multi-color and multi-material printing.

Thus, the key difference: the base P2S is powerful on its own but requires additional modules for extended material handling; in the P2S Combo version, these modules are already included, ensuring readiness for more complex tasks "out of the box."

Areas of use for the P2S model

The P2S version is excellent for the following scenarios:

• Creating prototypes and functional test samples during the development phase, when high accuracy and the ability to quickly change material or color are required.
• Small-batch production of parts: thanks to the ability to work with engineering materials and composites, final operational products can be produced.
• Educational and laboratory tasks: ease of operation, safety of the enclosed chamber, and intelligent features make it attractive for educational institutions and research centers.
• Hobby workshops and design studios: the ability to print bright, multi-component objects with color transitions or combined materials (e.g., carbon-filled PETG) makes it sought after by designers and enthusiasts.
• Production of accessories and customized items: thanks to the volume and functionality, parts for robots, drones, engineering devices, and decorative elements can be created with a high level of detail.

Technical Specifications of the Bambu Lab P2S 3D Printer

Quick tips for choosing consumables

• Start with PLA: this material is maximally simple to print, does not require an activated chamber or bed heating above 110 °C. A good choice for mastering the printer.
• PETG and ASA: the next step — if you want stronger parts and resistance to temperature or UV light. Make sure to adhere to recommended temperatures and use a build plate with good adhesion.
• TPU (flexible plastic): suitable, but requires caution — check that the extruder is set for slower loading and avoid abrupt movements, as flexible filament can "jam."
• Composites (carbon fiber, glass fiber): require a hard nozzle (hardened steel or carbide) and appropriate settings. 
• Spools with RFID chips: if original manufacturer filaments are used, the machine automatically recognizes the type, color, and remaining amount — ensuring more precise preparation. However, third-party filaments can also be used — just experiment with the settings.
• Build plate and adhesion: a textured PEI plate is included in the kit, but for difficult materials (e.g., ABS, PA), you should use either a special adhesive layer or a removable "CoolPlate SuperTack" build plate.

If you are looking for a 3D printer that combines high performance, accuracy, ease of use, and powerful multi-material/multi-color functionality, then the Bambu Lab P2S offers the optimal solution.