BAMBU LAB

H2D Combo 3D Printer (International Version)

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USD$1988.87
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Bambu Lab H2D Combo 3D Printer (International Version)


 https://youtu.be/idOY8ebZ25Q


The Bambu Lab H2D Combo is a professional‑grade production platform dedicated to reliable, efficient dual‑material high‑speed 3D printing. It deeply integrates the core technology of the H2D’s independent dual‑hotend system with an AMS automatic material system, aiming to provide a focused, clean, and extremely reliable dual‑material/multi‑material printing workstation for product development, functional prototyping, and high‑load production environments—especially suitable for demanding applications that require frequent switching between support and main structural materials.

Technical Specifications

Feature Module Key Parameters & Description
Print System Independent dual‑sensor Vortek hotends, supporting high‑speed contamination‑free switching. Hotend max temperature: 350°C.
Multi‑Material System Integrated AMS automatic material system, allowing hotends to intelligently select from multiple filament spools.
Build Volume 256 × 256 × 256 mm³ (typical dual‑nozzle merged volume).
Print Performance Toolhead max speed: 1000 mm/s; max acceleration: 20,000 mm/s².
Chamber & Heated Bed Active chamber heating, up to 65°C. Heated bed max temperature: 120°C.
Material Compatibility Optimized for engineering materials and dedicated support, e.g., ABS/ASA with water‑soluble support (PVA), PA‑CF with breakaway support, etc.
Intelligence & Sensing AI visual monitoring, full automatic calibration, flame sensors, filament‑run‑out detection.

Features

Independent Dual‑Sensor Hotend System: The Core of Clean, Fast Dual‑Material Switching
The core hardware of the Combo package consists of the H2D’s two fully independent Vortek high‑speed hotends, each equipped with high‑precision sensors. Unlike single‑nozzle printers that rely on purging to change materials, these two hotends can switch physically in an instant, fundamentally eliminating cross‑material contamination and minimizing purge waste and wait times to the extreme. This makes using water‑soluble supports such as PVA/BVOH together with engineering main materials exceptionally efficient and reliable, simplifying post‑processing and achieving high surface quality.

Integrated AMS System: Expanding Multi‑Material Handling Capabilities
Unlike the standalone version, the Combo package comes standard or seamlessly connects with an AMS (Automatic Material System). This not only means the two independent hotends can intelligently choose from up to four materials—enabling more complex combinations such as dual‑color main parts paired with dedicated support—but also brings fully automated filament management, RFID recognition, and filament‑run‑out recovery, enhancing convenience for long‑term automated operation.

Optimized for High‑Performance Engineering Materials and Uninterrupted Operation

  • Professional‑Grade Environment: Active chamber heating (up to 65°C) and a 120°C high‑temperature heated bed provide a warp‑suppressing constant‑temperature environment for materials like ABS, ASA, PC, and nylon.

  • Industrial‑Grade Robustness: Fully enclosed metal structure and high‑rigidity components ensure absolute stability during long‑term high‑speed operation (toolhead 1000 mm/s, acceleration 20,000 mm/s²), meeting production‑level durability requirements.

Comprehensive Intelligent Monitoring and Clean Design

  • Intelligent Safeguarding: Multi‑camera AI visual system monitors nozzle clogs, model detachment, and other issues in real time; full automatic calibration ensures precision synchronization of the dual nozzles.

  • Clean and Safe Operation: Built‑in HEPA H13‑grade filtration and activated carbon layer effectively capture particulates and filter odors; equipped with multiple flame sensors and door‑open detection to ensure safety during unattended operation.
Color Option : Grey

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