The Bambu Lab P-Series Combo 3D Printer with AMS (Global Version) is a high-speed, fully enclosed CoreXY desktop 3D printer engineered for industrial-grade precision, high-temperature engineering filaments, and multi-color/multi-material capabilities. Equipped with the complete enclosed Automatic Material System (AMS), active vibration compensation, an all-metal hotend, and a sealed chamber, this printer delivers rapid print speeds up to 500 mm/s and acceleration up to 20,000 mm/s² right out of the box with seamless automated calibration.

Specification

• Brand / Manufacturer: Bambu Lab
• Product Configuration: Enclosed CoreXY 3D Printer + AMS (Automatic Material System) Combo
• Printing Technology: Fused Deposition Modeling (FDM / FFF)
• Build Volume: 256 x 256 x 256 mm³
• Chassis Structure: Fully Enclosed CoreXY Frame with Welded Steel Structure & Glass Enclosure Panels
• Maximum Toolhead Speed: Up to 500 mm/s
• Maximum Acceleration: Up to 20,000 mm/s²
• Maximum Hotend Temperature: Up to 300°C
• Maximum Heated Bed Temperature: Up to 100°C
• Chassis Thermal Management: Fully Enclosed Chamber with Auxiliary Cooling Fan, Chamber Temperature Regulator Fan, and Activated Carbon Air Filter
• Nozzle Type: Hardened / Stainless Steel All-Metal Hotend (0.4mm included; 0.2mm, 0.6mm, 0.8mm optional)
• Filament Compatibility: 1.75mm diameter; PLA, PETG, TPU, PVA, ABS, ASA, PC, PA/Nylon, PET, and Carbon/Glass Fiber Reinforced Composites (PLA-CF, PETG-CF, PA-CF)
• Multi-Color / Multi-Material Support: Includes 4-Slot Bambu Lab Enclosed AMS (Expandable up to 16 colors with AMS Hub)
• Auto-Bed Leveling & Calibration: Fully Automated (Dual-Redundancy Bed Leveling, Vibration Resonance Compensation, Active Pressure Advance)
• Sensors & Monitoring: Filament Runout Sensor, Filament Odometry, Door Sensor, Power Loss Recovery, AMS Humidity & Filament Feed Sensors
• Chamber Monitoring: Built-in Live Camera (Supports remote video feed and timelapse generation)
• Connectivity: Wi-Fi, Bambu Bus Cable, MicroSD Card
• Slicing Software: Bambu Studio, Bambu Handy (Mobile App), OrcaSlicer
• Physical Dimensions & Net Weight: 389 x 389 x 458 mm³ | Printer approx. 12.5 kg (AMS approx. 2.5 kg)

Features

• Fully Enclosed High-Temperature Chamber: Features a sealed chassis with enclosed side panels and front/top glass covers to maintain stable ambient internal temperatures, preventing warping and layer separation when printing advanced engineering materials like ABS, ASA, PC, and PA.
• Integrated 4-Color / Multi-Material AMS: Includes the sealed Bambu Lab AMS unit with integrated desiccant bays and humidity sensors, enabling automatic multi-color printing, automated filament runout switching, and dedicated support-material management.
• Ultra-Fast CoreXY Kinematics: Lightweight carbon fiber X-axis rail and high-torque closed-loop stepper motor system allow rapid 500 mm/s print speeds and 20,000 mm/s² acceleration without sacrificing wall quality or surface finish.
• Full-Auto Calibration Out-of-the-Box: Eliminates manual bed leveling and tuning. The printer automatically handles dual-bed mesh leveling, active vibration resonance compensation (input shaping), and pressure advance calibration prior to printing.
• Active Air Filtration System: Incorporates an internal closed-loop chamber fan paired with an activated carbon air filter to absorb volatile organic compounds (VOCs) and odors generated during high-temperature polymer printing.
• Direct-Drive Extruder with All-Metal Hotend: Dual steel drive gears deliver slip-free traction for flexible filaments like TPU as well as rigid composite materials up to 300°C.
• Seamless Cloud & Mobile Workflow: Remotely send print files, monitor progress via the internal camera, and manage filament spools in real-time through Bambu Studio on desktop or the Bambu Handy mobile app with MakerWorld integration.

Common Applications

• Functional Engineering Prototypes: Fabricating rigid mechanical gears, durable brackets, industrial housings, and structural tooling using ABS, ASA, PC, and Carbon Fiber composites.
• Multi-Color & Multi-Material Parts: Producing complex architectural models, vivid aesthetic statues, and prototypes with dedicated dissolvable (PVA) or breakaway support interfaces.
• Outdoor & Automotive Fixtures: Printing weather-resistant, UV-stable vehicle interior mounts, sensor housings, and drone frames using ASA and PETG-CF.
• Batch Manufacturing & On-Demand Production: Running continuous multi-part production jobs with automatic spool failover and remote monitoring.

Professional Installation and Maintenance Tips

• Inspect and Maintain AMS Desiccants: Regularly check the desiccant indicators inside the AMS unit; replace or recharge silica gel packs when moisture levels rise to ensure hygroscopic filaments like PA, PETG, and PVA remain dry during storage and printing.
• Carbon Rod & Lead Screw Maintenance: Clean the carbon fiber X-axis rod with isopropyl alcohol (IPA) and a microfiber cloth (never apply oil or grease to carbon rods). Lubricate the Z-axis steel lead screws and Y-axis metal linear rods periodically using the supplied grease.
• Enclosure Temperature Management: When printing low-temperature materials like PLA and TPU, keep the top glass lid propped open or the front glass door slightly ajar to prevent chamber heat creep and filament softening in the extruder.
• Build Plate Care: Wash the dual-sided textured PEI spring steel plate regularly with warm water and degreasing dish soap to remove natural hand oils and preserve strong first-layer adhesion.