Bambu Lab

Hotend Cooling Fan Air Duct

The Bambu Lab USB Port Assembly for P2S provides a reliable connection interface for external USB devices such as storage drives or accessories. It ensures stable data transmission and full functionality of the printer’s USB port. As an original replacement part, it guarantees perfect fit, durability, and full compatibility with the P2S system. Key Features Original Bambu Lab replacement part for P2S Provides a stable USB connection interface Ensures reliable data transfer performance Maintains full printer connectivity and functionality Durable and easy to install

The Bambu Lab Eddy Sensor for P2S is a precision eddy-current proximity sensor used to detect metal presence or position within the printer. It delivers stable, repeatable trigger signals that support accurate positioning, calibration, and protective functions. As an original replacement part, it ensures precise fit, reliable performance, and full compatibility with the P2S system. Key Features Original Bambu Lab replacement part for P2S Eddy-current proximity sensor for metal detection Provides stable, repeatable trigger signals Supports accurate positioning and protective functions Durable design for easy, reliable installation

The Bambu Lab AP Board - HV for P2S is the application processor main board that handles system-level processing, memory management, user interface, camera feeds, and firmware operations. Designed for high-voltage compatibility in the P2S, it ensures reliable performance and seamless integration with all internal subsystems. As an original replacement component, it offers perfect fit, long-term durability, and full system compatibility. Key Features Original Bambu Lab replacement part for P2S Main application-processor board managing UI, firmware, imaging & communication High-voltage rated for stable and reliable performance in P2S Precise fit and seamless integration with internal cables and subsystems Durable design for long-term service and compatibility

The Bambu Lab H2D Laser Edition Combo is a powerful and versatile manufacturing tool that combines high-precision laser cutting and engraving with advanced material handling.This all-in-one solution offers a choice between a 10W or 40W laser module and includes the Automatic Material System (AMS) for enhanced efficiency and convenience.Key FeaturesChoice of 10W or 40W laser module for cutting and engravingAMS 2 Pro included for active filament drying and efficient material managementDual-nozzle 3D printing system for multi-material and multi-color printsSupports engraving on wood, leather, acrylic, metal sheets, and moreSpacious working area of 350 x 320 x 325 mmSafety features including laser-safe windows and an emergency stop buttonHigh-precision camera system for accurate alignment and monitoringDigital Cutting and Pen Drawing capabilities for versatile designs

The Bambu Lab X2D Print More Bundle pairs the X2D dual-nozzle 3D printer with an extra AMS 2 Pro and a Filament Track Switch, giving 8 automatic filament slots in total, so a single print can pull from up to 8 colors or materials instead of 4. The X2D's main and auxiliary nozzle system prints models and supports separately, so supports peel away cleanly without scarring the surface. A 65°C actively heated chamber, a PMSM servo extruder with real-time flow sensing, dual cameras, and 31 sensors bring engineering-grade reliability to multi-material and multi-color printing. Highlights Build volume: 256 x 256 x 260 mm (main nozzle only); 235.5 x 256 x 256 mm (auxiliary or dual-nozzle printing) Dual-nozzle system: a main nozzle for models (up to 1000 mm/s), an auxiliary nozzle for supports, for clean peel-away removal Print More Bundle: adds a second AMS 2 Pro and a Filament Track Switch for 8 automatic filament slots Filament Track Switch frees filaments from a fixed nozzle, so any spool can be routed to either nozzle Actively heated chamber up to 65°C for ABS, ASA, and nylon; nozzle temperature up to 300°C; heatbed up to 120°C PMSM servo extruder samples torque and position 20,000 times per second to catch clogs and jams early 31 sensors and dual cameras (Live View and toolhead) for full-path AI monitoring Tool-free nozzle changes; quiet operation below 50 dB

The Bambu Lab AMS First Stage Feeder is a key component designed to ensure smooth and reliable filament feeding within the Bambu Lab AMS system. It manages the initial filament intake from the spool, helping maintain stable feeding and precise control during printing. This part is ideal as a replacement or maintenance component to keep multi-material and multicolor printing running smoothly. Key Features Ensures stable filament feeding from the spool Designed for use within the Bambu Lab AMS system Supports smooth filament switching and loading Helps reduce feeding errors and interruptions Precision-built for reliable long-term performance Ideal for maintenance or replacement

The Bambu Lab H2S AMS Combo is a reliable and high-performance 3D printer with a spacious build volume, automatic filament management, and advanced monitoring. It handles a wide range of materials, offers excellent precision, and prints at impressive speeds — making it a strong choice for both hobbyists and professionals. Key Features Large build volume: 340 × 320 × 340 mmAutomatic filament handling with AMS 2 Pro (expandable up to 16 spools)Servo-driven extruder with optical calibration for high precisionNozzle up to 350 °C and heated chamber up to 65 °CReal-time monitoring with sensors and camerasPrint speeds up to 1000 mm/s

The Bambu Lab H2S AMS Combo is a reliable and high-performance 3D printer with a spacious build volume, automatic filament management, and advanced monitoring. It handles a wide range of materials, offers excellent precision, and prints at impressive speeds — making it a strong choice for both hobbyists and professionals. Key Features Large build volume: 340 × 320 × 340 mmAutomatic filament handling with AMS 2 Pro (expandable up to 16 spools)Servo-driven extruder with optical calibration for high precisionNozzle up to 350 °C and heated chamber up to 65 °CReal-time monitoring with sensors and camerasPrint speeds up to 1000 mm/s