Unleash your creativity with the Bambu Lab H2D, a revolutionary all-in-one desktop manufacturing solution designed for hobbyists, professionals, and small businesses. Combining cutting-edge dual-nozzle 3D printing, 10W or 40W laser engraving and cutting, digital cutting, and pen plotting, the H2D redefines personal fabrication. With a generous 350 x 320 x 325 mm³ build volume, advanced automation, and unmatched precision, this powerhouse delivers professional-quality results for every project. Available in 10W and 40W Laser Full Combo configurations, the H2D is your gateway to limitless creative possibilities.
The Bambu H2D isn’t just a 3D printer—it’s a complete manufacturing hub. Seamlessly switch between:
3D Printing: Dual-nozzle system for multi-material and multi-color printing, supporting up to 25 colors with AMS 2 Pro and AMS HT (up to 12 units, 24 slots).
Laser Engraving & Cutting: Choose the 10W laser for precise engraving and cutting up to 5mm basswood plywood or the 40W laser for tackling thicker materials up to 15mm. Engrave wood, leather, dark acrylic, rubber, metal sheets, and stone with ease.
Digital Cutting: Precision cutting of paper, vinyl, and leather with a 45° x 0.35 mm blade and 50–600 gf pressure for intricate designs.
Pen Plotting: Create detailed drawings on paper, cardstock, or canvas with a pen attachment for custom artwork or technical sketches.
High-Speed 3D Printing: Achieve print speeds up to 600mm/s with a high-flow hotend and 5μm resolution optical motion calibration for flawless results.
Laser Precision: The BirdsEye camera with computer vision ensures 0.3mm alignment accuracy, delivering "what-you-see-is-what-you-get" precision for laser and cutting tasks.
Motion Accuracy: A Core-XY architecture and PMSM servo system provide 50μm motion accuracy across the workspace, reducing design tweaks and ensuring perfect fits with standard parts.
Dual-Nozzle System: Print with flexible (e.g., TPU) and rigid materials simultaneously, or use one nozzle for dedicated support material to enhance print quality and speed.
High-Temperature Printing: A 350°C hotend and 65°C active chamber heating support advanced filaments like carbon/glass fiber-reinforced materials, eliminating warping and ensuring strong layer bonding.
AMS 2 Pro: Automatic Material System with active filament drying at 65°C prevents moisture-related defects, supporting up to 24 filament slots for vibrant multi-color prints.
AI-Powered Monitoring: An AI-backed nozzle camera and 15 sensors track filament flow, detecting clogs, grinding, or run-outs for worry-free printing.
Auto-Calibration: Non-contact nozzle sensing and eddy current technology ensure precise dual-nozzle alignment, while automated laser focus verification and material thickness detection eliminate manual adjustments.
Bambu Suite Integration: Automatically arrange projects to maximize material use with real-time BirdsEye camera imaging, and slice files effortlessly with Bambu Studio for seamless 3D printing, laser, and cutting workflows.
Laser Safety: Laser-safe windows allow goggle-free operation, while five flame sensors, AI-powered fire detection, and an emergency stop button ensure secure laser use.
Efficient Exhaust System: Minimizes smoke and dust contamination, preserving printer precision and lifespan with regular cleaning.
With a 350 x 320 x 325 mm³ build volume, the H2D handles oversized 3D prints, large-scale laser engravings (up to 310 x 270 mm for 10W, 310 x 250 mm for 40W), and expansive cutting/drawing areas (300 x 285 mm cutting, 300 x 255 mm drawing). Create everything from intricate jewelry to custom signage and large prototypes with ease.
The Bambu Lab H2D 10W Laser 3D Printer is more than just a 3D printer—it’s a 4-in-1 creative hub designed to streamline your workflow and bring your ideas to life. Whether you’re a hobbyist crafting custom gifts, a designer prototyping innovative products, or a small business producing bespoke items, the H2D’s unmatched versatility saves space, time, and costs by replacing multiple machines. Its intuitive setup, smart automation, and professional-grade performance make it ideal for creators with some digital fabrication experience or those ready to dive into advanced tools.
10W Laser: Perfect for engraving and cutting thinner materials (up to 5mm plywood). Ideal for detailed designs, lightweight projects, and hobbyists. Engraving speed: 400mm/s.
40W Laser: Designed for heavy-duty tasks, cutting up to 15mm plywood and 0.1mm stainless steel. Best for professional applications requiring speed (1000mm/s engraving) and deeper cuts.
Both lasers are 455nm blue light semiconductor lasers, offering compatibility with wood, leather, dark acrylic, rubber, metal sheets, and stone. The 40W provides faster processing and greater versatility, while the 10W excels in fine engraving with a smaller laser spot (0.03 x 0.14 mm vs. 0.14 x 0.2 mm).
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The new Bambu H2D Dual Nozzle 3D Printer with Laser combines speed, precision, and versatility in one powerful machine. Designed to save time, material, and money, it features dual nozzles for multi-material printing and optimized efficiency. Its larger build volume and faster print speeds make it ideal for both professional and hobbyist creators. The integrated laser adds extra functionality for detailed engraving and cutting, expanding your creative possibilities.
Discover new creative potential with H2D’s innovative dual-nozzle switching system, designed for lightweight, precise, and reliable multi-material 3D printing. This advanced setup allows seamless transitions between materials, enabling the combination of flexible and rigid components within a single print. Creators can pair high-performance materials with more affordable options, optimizing both cost and function. The result is a more efficient, imaginative approach to printing complex, interlocking designs that transcend traditional crafting limitations.
Printing with support material is now easier and more efficient. Thanks to H2D’s dual-nozzle setup, one nozzle can be dedicated exclusively to support material, ensuring secure prints and a flawless support interface. This setup minimizes waste, purging, and the need for constant reloading. The result is smooth, hassle-free printing with perfect supports every time.4o
The H2D printer delivers fast and efficient multi-color printing thanks to its dual-nozzle system, which reduces the need for frequent purge cycles. Its intelligent algorithms are designed to optimize filament usage, enhancing efficiency while minimizing waste. As a result, print times are significantly reduced—such as the featured car model, which took just 17 hours and 16 minutes on the H2D compared to 26 hours and 29 minutes on the X1-Carbon. This performance highlights the H2D’s ability to save both time and materials during complex multi-color prints.
The new H2D 3D printer now offers the option to come equipped with a versatile laser module, making it an all-in-one solution for personal manufacturing. This multi-functional machine supports 3D printing, laser engraving, digital cutting, and pen drawing for both creative and practical applications. It includes options for a 10W or 40W, 455nm laser, capable of engraving and cutting a wide range of materials. With the 10W laser, users can cut through 5mm plywood, while the more powerful 40W version can handle up to 15mm plywood. Its digital cutting feature ensures precise results on various surfaces, and the pen drawing tool adds even more versatility by enabling automated writing and sketching. Whether you're prototyping, crafting, or customizing, the H2D offers a powerful set of tools in one compact machine.
Auto Arrangement helps you maximize material efficiency and minimize waste by intelligently organizing your project layout. Using real-time images from the BirdsEye camera, the Bambu Suite can automatically detect and arrange designs to fit the unique shape of your material—such as leftover plywood from a previous project. This smart feature ensures you're using every inch of material effectively. It's a great way to reduce waste and save on costs.
Air Assist enhances surface quality by directing a high-speed stream of air along the laser path, effectively cooling the area and resulting in cleaner, more precise cuts or engravings. This reduces debris buildup and improves the overall finish. Meanwhile, the Contact-less 3D Mesh system uses advanced optical height measurement to generate a detailed 3D map of the surface without making physical contact. This allows for highly accurate laser work, even on uneven or curved surfaces.
Expand your capabilities with the optional rotary attachment for the H2D Laser Combo 3D printer. This versatile accessory enables precision laser engraving on cylindrical, spherical, and ring-shaped objects, opening new creative possibilities for hobbyists and professionals alike. Whether customizing tumblers, ornaments, or jewelry, the rotary attachment brings intricate designs to life on curved surfaces.
Create vibrant, professional-looking projects with ease using the new H2D Laser Combo 3D Printer’s Print-Then-Cut feature. Simply design and print with Bambu Suite and your graphic printer, then let the H2D handle the cutting. Its built-in AI camera automatically detects and aligns the cutting path to your printed design, delivering precise, clean cuts every time. This smart, seamless workflow takes the guesswork out of registration for effortless crafting and prototyping.
The H2D is equipped with an advanced AI-backed nozzle camera featuring a macro lens, designed to monitor extrusion precisely at the nozzle tip. This intelligent system continuously observes extrusion patterns in real time, ensuring optimal print quality. It can instantly detect issues such as material buildup, filament misalignment, or extrusion failures before they affect the print. By providing detailed visual feedback, the nozzle camera enhances reliability and reduces downtime.
Live Spatial Alignment on the H2D uses a BirdsEye camera and advanced computer vision algorithms to achieve top-view alignment accuracy of up to 0.3mm. This high level of precision ensures that the tool path is positioned exactly where it needs to be on the material. As a result, users experience a truly accurate “what-you-see-is-what-you-get” workflow. The system simplifies setup and boosts confidence in every cut or engraving.
The Vision Encoder is a cutting-edge component designed to deliver exceptional motion precision with 50µm ultra-fine accuracy. By pairing an ultra-accurate vision encoder plate with high-resolution 5µm optical measurements, it continuously tracks and corrects toolhead motion in real time. This system allows the H2D to maintain consistent, distance-independent motion accuracy across the entire workspace—achieving precision that’s ten times greater than its predecessor. *Vision Encoder sold separately.
The H2D features Full Auto Calibration, where a single tap triggers automated laser focus verification and material measurement, removing the need for manual adjustments. Additionally, its "CodeSync" technology scans the QR code on your material to instantly load the ideal preset for optimal results. This streamlined process ensures ease of use and precise performance with every project.
The H2D is engineered for high-performance 3D printing with its powerful 350°C hotend and actively heated chamber reaching 65°C. This precise closed-loop temperature control system maintains optimal thermal conditions, significantly reducing warping and deformation during prints. As a result, it enhances layer adhesion and unlocks the full potential of advanced materials like PEEK, PEI, and carbon fiber composites. Whether for functional prototypes or end-use parts, the H2D ensures consistent, high-quality results.
The H2D features a hardened steel extruder and nozzle designed for reliable, long-term use with fiber-reinforced materials. This setup offers exceptional durability and wear resistance, making it ideal for high-performance applications. Its full-metal frame and integrated die-cast aluminum alloy chassis provide a rigid, stable foundation that supports high-speed, large-format printing while maintaining accuracy. The design minimizes the effects of micro-twisting, ensuring consistent print quality. Additionally, the quick-swap nozzle system allows for tool-free replacement using a simple lock clip, making hotend changes fast and effortless. This combination of strength, precision, and convenience makes the H2D a powerful solution for demanding 3D printing tasks.
The H2D delivers the best of both worlds with seamless cloud connectivity and complete off-the-grid isolation—whichever you choose. Users can remotely control the printer, transfer files, and update firmware via any device through the cloud. For security-sensitive environments, the H2D operates fully offline, ensuring complete physical isolation and peace of mind. Developer Mode further extends flexibility by enabling MQTT port access for custom integrations with third-party components and software.
Emergency Stop & Loud Buzzer - The H2D Laser Edition includes a clearly accessible emergency stop button and a loud audible buzzer. These features enable users to quickly identify and respond to safety issues by pausing machine operation instantly.
Laser Protection - Laser safety windows come standard, allowing users to safely monitor laser activity. Additionally, door sensors automatically trigger an emergency stop if a door is opened during operation, ensuring maximum protection.
Multi-Sensor Closed-Loop Temperature Control - H2D continuously monitors all heating components with real-time sensors, adjusting temperature dynamically as needed. This closed-loop system maintains thermal stability and ensures optimal performance without overheating.
Auto Fire Extinguishing System - An optional CO₂ fire extinguisher can be activated by the integrated flame sensor for fast, automated fire response. This feature enhances user safety by minimizing damage and risk in the event of a fire.
Flame Sensor - The H2D chamber is equipped with sensitive flame detection sensors that can quickly identify signs of fire. Upon detection, the system can sound a buzzer and be configured to send push alerts for immediate response.*
Flame-Retardant Chamber - The entire chamber is constructed using flame-retardant materials to provide passive fire safety. This ensures an added layer of protection even in the event of unexpected heating incidents.
Adaptive Airflow - H2D features a smart air management system with mode-switch flaps and customizable intake/exhaust options. It supports both internal and external air circulation with filtration or heating modes to manage odors, fumes, and temperature for various tasks.
Introducing AMS, Evolved — a leap forward in multi-material 3D printing. The all-new 2nd-generation AMS systems, including the AMS 2 Pro and AMS HT, deliver faster, smarter, and more reliable filament management with cutting-edge enhancements.
Evolved, Polished Design Details: The AMS 2 Pro features a refined design with easier access, greater durability, and improved usability.
Tool-Free Filament Tubes Access: Filament tubes can now be accessed directly from the top without tools, speeding up maintenance.
RFID Sync: RFID technology automatically applies optimal drying settings for Bambu official filaments, eliminating manual setup.
Auto-Rotate Drying: Spools rotate automatically during drying to ensure consistent moisture removal across the entire filament.
Dry Filament Quickly and Intelligently: The system intelligently manages drying cycles for optimal speed and effectiveness.
Electro-Magnetic Air Vent: Automated venting enhances dehumidification and seals airtight for long-term filament preservation.
Ceramic Inlet: High-hardness ceramic inlets dramatically increase resistance to wear and tear over time.
The REAL High-Flow Hotend is engineered for consistent, high-speed performance, allowing the H2D to print reliably at 600mm/s. Purpose-built to handle demanding flow rates, it eliminates common mid-print slowdowns caused by flowrate limitations. This ensures uninterrupted printing even on large or intricate models. With the REAL High-Flow Hotend, users can push the limits of speed without sacrificing print quality.
The Pre-Flight Checklist by AI offers peace of mind before every print by ensuring optimal conditions through advanced automation. H2D's vision system performs a Chamber Integrity Scan to detect debris across the entire print surface, reducing the risk of failed prints. It then conducts a Hardware Configuration Audit, instantly identifying nozzle dimensions and build plate properties. Finally, Digital-Physical Alignment verifies that the detected hardware matches the slicer parameters, guaranteeing seamless integration between software and machine.
PLA filament is a popular and eco-friendly material for 3D printing, derived from renewable resources like corn starch or sugarcane. It is easy to work with, offering low warping and the ability to produce detailed, high-quality prints, making it ideal for beginners and hobbyists. Commonly used for creating prototypes, decorative items, and educational models, PLA's biodegradable nature also makes it a sustainable choice for various applications.
Specialty PLA filaments, such as wood-textured, marble-textured, sparkle, metallic, silk, and silk dual-tone options, open up a world of creative possibilities in 3D printing. These filaments provide unique finishes and visual effects, from natural wood grain or stone-like patterns to shimmering metallic or glossy, vibrant silk appearances. Ideal for artistic projects, decorative pieces, and premium prototypes, specialty PLA filaments combine ease of use with stunning aesthetics, allowing makers to elevate their creations.
Carbon fiber reinforced filament is a high-performance material for 3D printing, combining the strength and stiffness of carbon fibers with the versatility of base thermoplastics like PLA, PETG, or ASA. This filament produces lightweight, durable, and rigid parts, making it ideal for aerospace, automotive, and prototyping applications. Its benefits include reduced warping, improved dimensional stability, and enhanced mechanical properties, perfect for functional and load-bearing components.
PETG filament is a versatile material for 3D printing, combining the strength of ABS with the ease of use of PLA. It offers excellent durability, impact resistance, and chemical resistance, making it ideal for functional prototypes, mechanical parts, and outdoor applications. Additionally, PETG's low shrinkage and good layer adhesion ensure smooth, reliable prints suitable for both beginners and professionals.
ASA and ABS are popular 3D printing filaments known for their durability and versatility. ASA offers excellent weather resistance, making it ideal for outdoor applications, while ABS is prized for its strength and heat resistance, often used in functional prototypes and mechanical parts. Both filaments are suitable for producing robust, high-quality prints in engineering and consumer goods.
PC (Polycarbonate) and TPU (Thermoplastic Polyurethane) filaments are versatile materials for 3D printing. PC filament is known for its exceptional strength, heat resistance, and transparency, making it ideal for engineering prototypes, functional parts, and lighting components. TPU filament is flexible and highly durable, offering benefits like elasticity and impact resistance, which are perfect for creating phone cases, seals, and wearable items.
PA (polyamide, commonly known as nylon) and PET (polyethylene terephthalate) filaments are versatile materials for 3D printing. PA offers high strength, flexibility, and resistance to wear, making it ideal for engineering parts, gears, and functional prototypes. PET, known for its ease of printing, chemical resistance, and food safety (in its PETG form), is commonly used for creating durable household items, containers, and mechanical components. Both filaments excel in producing strong, reliable parts for various applications.
Support filament for 3D printers is a specialized material used to create temporary structures that support overhanging or complex parts during the printing process. It allows for greater design freedom, enabling the creation of intricate geometries that would otherwise be impossible to print. Once the print is complete, support material can be easily removed, often by dissolving in water or a specific solvent, leaving a smooth and precise final product.
