BAMBU LAB

Bambu Lab H2D Pro 3D Printer (International Version)

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HK$23,799.00 Recommended price HK$26,999.00
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Bambu Lab H2D Pro 3D Printer (International Version)


 https://youtu.be/idOY8ebZ25Q


The Bambu Lab H2D Pro is a flagship dual‑nozzle 3D printer designed for enterprise, R&D centers, and professional‑level production environments. It focuses on delivering long‑term precision stability, professional‑grade material compatibility, and enterprise‑level network security management beyond conventional capabilities, addressing demanding engineering applications and high‑load operational needs. As the pinnacle of Bambu Lab's professional product line, it serves as a top‑tier core productivity tool.

Technical Specifications

Feature Module Key Parameters & Description
Print System Independent dual‑sensor hotends, tungsten carbide nozzles (hardness HRA 90). Max temperature: 350°C.
Build Volume Dual‑nozzle merged maximum: 350 × 320 × 325 mm³.
Print Performance Toolhead max speed: 1000 mm/s; max acceleration: 20,000 mm/s².
Chamber Temperature Control Active chamber heating, up to 65°C; heated bed max temperature: 120°C.
Core Precision Standard vision encoder enabling full‑area 50 µm motion precision.
Network & Security Supports Ethernet and WPA2‑Enterprise wireless protocol, with enterprise‑customization services available.
Package Contents H2D Pro main unit, AMS 2 Pro, AMS HT, Vision Code Board, emergency stop button, etc.

Features

Standard Vision Encoder: Achieving 50‑Micron Ultra‑High Precision and Consistency
One of the core upgrades of the H2D Pro is its standard ultra‑high‑precision vision encoding system. This system performs real‑time calibration of the toolhead through optical measurement with 5 µm resolution, enabling the printer to achieve exceptional 50 µm (0.05 mm) motion precision across the entire workspace, independent of travel distance. This ensures extremely high dimensional accuracy and repeatability regardless of where the part is printed on the build plate, laying a solid foundation for manufacturing functional components with industrial‑grade precision.

Robust Hardware Upgrades: Built for High‑Performance Engineering Materials

  • Tungsten Carbide Nozzles: Nozzle hardness is significantly increased from the standard hardened steel's HRA 74 to HRA 90. These ultra‑wear‑resistant nozzles extend service life by up to 50% when printing abrasive reinforced materials such as carbon fiber or glass fiber, significantly reducing maintenance frequency and total cost of ownership in high‑intensity production environments.

  • Enhanced Toolhead Cooling Fan: A newly added high‑performance cooling fan effectively lowers hotend temperature, improving print reliability for filaments with low softening points (e.g., certain engineering plastics) and reducing the risk of clogs and grinding.

  • Professional‑Grade Temperature‑Controlled Environment: Equipped with a 350°C high‑temperature hotend, an active chamber heating system capable of reaching 65°C, and a 120°C high‑temperature heated bed, it provides a stable and reliable printing environment for advanced engineering materials such as ABS, PA, PC, and even PPA‑CF and PPS.

Designed for Enterprise: Professional‑Grade Network Connectivity and Security Management
Compared to standard models, the H2D Pro emphasizes enterprise‑level integration capabilities.

  • Wired and Advanced Wireless Connectivity: Features an Ethernet port for wired network connections, and the wireless network is upgraded to support the WPA2‑Enterprise security protocol, making it suitable for corporate or educational networks with strict network security and management requirements.

  • Enterprise Customization Services: Official support is available for customized fleet‑management solutions tailored to enterprise users' specific needs, addressing centralized multi‑device management and functional expansion.

Efficient Dual‑Nozzle System and Intelligent Ecosystem

  • High‑Efficiency Multi‑Material and Multi‑Color Printing: The independent dual‑nozzle system enables true multi‑material printing. One nozzle can be dedicated to water‑soluble support materials (e.g., PVA/BVOH) while the other prints the main structural material, resulting in perfect support interfaces and intricate internal structures. For multi‑color printing, intelligent algorithms maximize the efficiency of both nozzles, significantly reducing purging and material waste.

  • Comprehensive Intelligent Sensing and Automation: Equipped with multiple HD cameras (live view, nozzle view, overhead view) supporting AI monitoring of common print failures. Combined with full automatic calibration and material detection functions, it greatly enhances print success rates.

  • Complete Accessory Ecosystem: The product package includes the AMS 2 Pro automatic material system (supporting 4‑color automatic switching and active drying) and the AMS HT high‑temperature drying box, specifically designed for handling highly moisture‑sensitive high‑performance engineering materials.
Color Option : Black

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