BAMBU LAB P2S 3D PRINTER

HIGH-SPEED ENCLOSED 3D PRINTING WITH INTELLIGENT AUTOMATION

The Bambu Lab P2S is a high-performance enclosed FDM 3D printer designed for fast, reliable printing across a wide range of materials. Combining intelligent monitoring, advanced flow calibration, a hardened steel extrusion system, and AMS 2 Pro compatibility, the P2S delivers professional-quality results while remaining simple to operate for everyday printing.

Product Features

• 256 × 256 × 256 mm enclosed build volume.
• 5-inch touchscreen with Bambu Lab's second-generation user interface.
• AI-assisted monitoring with spaghetti detection, nozzle clumping detection, and print-start verification.
• Automatic flow dynamics calibration for improved surface quality and dimensional consistency.
• High-precision PMSM servo extruder for responsive filament control.
• Adaptive Airflow System optimised for both low-temperature and engineering-grade materials.
• Quick-swap hotend design for fast and convenient nozzle changes.
• Built-in 1080p camera with integrated lighting for remote monitoring and timelapse recording.
• Activated carbon filtration to help reduce VOCs and airborne particles.
• Hardened steel nozzle and extruder gears for abrasive and fibre-reinforced materials.
• Compatible with AMS 2 Pro for multi-colour and multi-material printing.

Key Specifications

• Build Volume: 256 × 256 × 256 mm
• Maximum Toolhead Speed: 600 mm/s
• Maximum Acceleration: 20,000 mm/s²
• Maximum Nozzle Temperature: 300°C
• Maximum Heatbed Temperature: 110°C
• Included Nozzle: 0.4 mm Hardened Steel
• Supported Nozzle Sizes: 0.2 mm, 0.4 mm, 0.6 mm, 0.8 mm
• Built-in Camera: 1920 × 1080, 30 fps
• Connectivity: Dual-Band Wi-Fi
• Supported Materials: PLA, PETG, ABS, ASA, TPU, PA, PC, PET and fibre-reinforced composites.

Note: AMS 2 Pro is included with P2S Combo models and sold separately with standard P2S configurations.

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User Experience As Intuitive As A Smartphone

The P2S features a responsive 5-inch touchscreen powered by Bambu Lab's second-generation user interface. The streamlined design provides clear navigation, improved responsiveness, and step-by-step guidance throughout setup, calibration, and printing.

5-inch Touchscreen ｜ Second-Generation User Interface

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Advanced Servo Extrusion System

The P2S incorporates a high-precision permanent magnet synchronous motor (PMSM) extruder designed to provide smooth and reliable filament feeding. By continuously monitoring extrusion behaviour, the system helps maintain consistent material flow and dependable print quality across a wide variety of filament types.

PMSM Servo Motor ｜ Intelligent Extrusion Control

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Consistent Print Quality Through Automatic Flow Calibration

The P2S uses advanced flow dynamics calibration technology to optimise extrusion performance before printing. Automatic compensation helps reduce common printing artefacts while improving surface finish, corner definition, and dimensional consistency.

Automatic Flow Calibration ｜ Intelligent Material Compensation

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Adaptive Airflow System

Optimised Cooling For Every Material

The Adaptive Airflow System adjusts airflow management according to the material being printed. Enhanced cooling performance helps improve overhang quality, bridging performance, and overall print reliability when working with low-temperature materials such as PLA and PETG.

Adaptive Cooling ｜ Material-Specific Performance

Optimised Thermal Management For Engineering Materials

When printing engineering-grade materials, the Adaptive Airflow System can reduce airflow to help maintain a more stable internal environment. Combined with the enclosed build chamber and activated carbon filtration system, the P2S is well suited to materials such as ABS, ASA, PA, PC, and fibre-reinforced composites.

Heat Preservation ｜ Activated Carbon Filtration

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AI-Assisted Print Monitoring

The P2S includes intelligent monitoring features designed to improve reliability and reduce failed prints. Built-in computer vision technology helps identify common printing issues while providing real-time feedback throughout the printing process.

AI Error Detection ｜ Intelligent Monitoring System

Print Start Verification

Before each print begins, the system performs a series of automated checks to help verify printer readiness, filament loading, build plate status, and operating conditions.

Spaghetti Detection

Computer vision technology monitors the printed object during operation and can identify signs of detached layers or failed extrusion patterns, helping minimise wasted material and printing time.

Nozzle Clumping Detection

The printer monitors the nozzle area for excessive material accumulation and can alert users when intervention may be required.

Purge Chute Monitoring

During material changes and purge operations, the system monitors the purge chute area to help maintain reliable filament handling and reduce interruptions.

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Fast And Convenient Nozzle Changes

The quick-swap hotend design allows users to replace the complete hotend assembly quickly and easily. This simplified maintenance process reduces downtime and makes it easier to switch between nozzle sizes for different applications.

Quick-Swap Hotend ｜ Simplified Maintenance

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Remote Monitoring And Timelapse Recording

A built-in 1080p camera and integrated lighting system make it easy to monitor prints remotely and capture high-quality timelapse videos. Combined with dual-band Wi-Fi connectivity, users can stay connected to their printer from virtually anywhere.

1080p Camera ｜ Integrated Lighting ｜ Dual-Band Wi-Fi

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Built For Abrasive And Engineering Materials

The hardened steel nozzle and hardened steel extruder gears are designed for long-term durability when printing abrasive and fibre-reinforced materials. This robust extrusion system helps maintain consistent performance across demanding applications.

Hardened Steel Nozzle ｜ Hardened Steel Extruder Gears

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Thoughtful Refinements Throughout

From everyday usability improvements to practical maintenance features, the P2S includes numerous refinements that enhance the overall ownership experience and support reliable long-term operation.

• Integrated AMS compatibility for multi-material workflows.
• Easy-clean interior design.
• Integrated carrying handles for transport.
• Protective front glass construction.
• Compact enclosed design suitable for desktop environments.

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