Bambu Lab H2D

The Bambu Lab H2D is a high-performance, dual-nozzle 3D printer designed for advanced multi-material printing and precision manufacturing workflows. Built as part of Bambu Lab’s next-generation platform, this model focuses on powerful 3D printing capabilities, intelligent automation, and efficient material handling. While the H2D platform supports additional tools such as laser engraving and cutting, this base or AMS Combo configuration is dedicated purely to 3D printing, making it ideal for users who prioritise reliability, speed, and material versatility without the need for laser functionality.

With its enclosed build chamber, dual independent nozzles, and compatibility with the Automatic Material System (AMS), the H2D enables complex prints with multiple materials or support structures while reducing waste and downtime. This makes it a powerful solution for classrooms, prototyping environments, and design studios seeking professional-grade output in a streamlined desktop format.

Educational Benefits

• Supports multi-material learning, allowing students to explore soluble supports, flexible filaments, and engineering-grade plastics in one project
• Encourages design thinking and rapid prototyping, enabling quick iteration from concept to physical model
• Demonstrates advanced manufacturing concepts such as dual extrusion, automation, and AI-assisted print monitoring
• Provides exposure to industry-relevant workflows, preparing learners for engineering, product design, and STEM careers
• Reduces material waste through efficient dual-nozzle operation, supporting sustainable classroom practices

Classroom Ideas

• Create functional prototypes using dual materials, such as rigid parts with dissolvable supports
• Produce multi-colour models for visual learning in subjects like biology, geography, or architecture
• Run engineering challenges where students optimise designs for strength, material use, and print efficiency
• Demonstrate the impact of temperature-controlled environments on advanced filaments like ABS or nylon
• Integrate into STEM projects exploring automation, sensors, and AI-assisted manufacturing systems

Product Specifications

Safety Information

This product is designed for safe operation within supervised educational and workshop environments. Users should follow all manufacturer guidelines when operating the printer, particularly when working with high temperatures and moving components. Ensure proper ventilation when printing with specialised filaments, and always allow components to cool before handling.

Please Note:

• This configuration does not include laser engraving or cutting modules
• Laser functionality can be added separately via optional accessories
• To connect more than one AMS 2 Pro you will need a 4-in-1 PTFE Adapter.