Imagine a powerful creative workstation sitting right on your desktop, purpose-built to bring complex ideas into reality with speed, precision, and efficiency. The Bambu Lab H2D Combo combines advanced dual-nozzle 3D printing with the intelligent AMS 2 Pro system, creating a streamlined and highly capable fabrication tool for education, prototyping, and design environments. At its core, the H2D delivers high-performance multi-material printing, allowing users to produce intricate models with multiple colours or specialised support materials in a single job. The addition of the AMS 2 Pro unlocks faster material switching, improved filament management, and a more efficient workflow, reducing downtime and material waste while expanding creative possibilities. Built with a fully enclosed heated chamber and a high-speed CoreXY motion system, the H2D Combo supports both standard and engineering-grade filaments, making it suitable for everything from classroom projects to professional prototypes. While the H2D platform can be expanded with optional laser and cutting modules, this Combo configuration focuses on delivering an optimised and powerful 3D printing experience straight out of the box. Educational Benefits Supports multi-material and multi-colour learning, enabling exploration of complex designs using soluble supports and advanced filaments Encourages design thinking and rapid prototyping, allowing quick iteration from digital concept to physical model Demonstrates real-world manufacturing processes, including dual extrusion and automated material handling Builds familiarity with industry-grade workflows, preparing students for careers in engineering, product design, and STEM Reduces material waste and manual intervention through efficient AMS-driven filament management Classroom & Workshop Ideas Design and print functional prototypes using dual materials, such as rigid structures with dissolvable supports Create multi-colour educational models for subjects like biology, geography, and architecture Run engineering challenges where students optimise designs for strength, efficiency, and material usage Explore advanced materials by testing prints with ABS, nylon, or carbon-fibre filaments in a heated chamber Develop collaborative projects combining multiple printed components into a single complex assembly Product Specifications Feature Specification Build Volume 350 x 320 x 325 mm Printing System Dual independent nozzle (multi-material / multi-colour) Motion System CoreXY high-speed architecture Maximum Print Speed Up to 600 mm/s Maximum Acceleration 20,000 mm/s² Maximum Nozzle Temperature Up to 350 °C Chamber Heating Active heated enclosure up to ~65 °C Filament System Includes AMS 2 Pro (automated multi-material system) Material Capacity Multi-spool system with automated switching Supported Materials PLA, PETG, ABS, ASA, Nylon, PC, PVA, CF-reinforced filaments Calibration Optical motion calibration (high precision) Cameras & Monitoring AI-assisted monitoring with multiple onboard cameras Connectivity Wi-Fi, LAN, touchscreen interface Software Bambu Studio, Bambu Handy app Supported Functions 3D printing (laser/cutting modules optional upgrade) Safety Information This product is designed for safe use in supervised environments such as classrooms, workshops, and studios. Users should follow all manufacturer guidelines when operating the printer, especially when working with high temperatures and moving components. Ensure adequate ventilation when printing with specialised or high-temperature filaments, and allow printed parts to cool before handling. Please Note Includes AMS 2 Pro for automated multi-material printing Laser engraving, cutting, and plotting are not included in this configuration Optional laser and cutting modules can be added separately for expanded functionality Filamenta in the image are sold separately To connect multiple AMS units, a 4-in-1 PTFE Adapter is required
