Bambu Lab H2C - AMS Combo

The Bambu Lab H2C is a high-performance, multi-nozzle production system designed to deliver complex, multi-material prints with industrial precision and virtually zero filament waste.

While previous multi-material systems relied on wasteful purging to clear the nozzle between swaps, the H2C introduces the Vortek™ Hotend Change System. This isn't just a 3D printer; it’s a tool-swapping ecosystem that physically exchanges hotends in seconds. It allows you to combine vastly different materials—like rigid Carbon Fibre for structure and PVA for support structure - within a single print, without the cross-contamination or massive waste towers that typically plague multi-material workflows.

Beyond its material swapping, the H2C is an engineering filament's dream. With a 65°C actively heated chamber and 350°C all-metal hotends, it is purpose-built for the most challenging engineering filaments. Whether you are in a cold workshop in Hobart or a humid studio in Brisbane, the H2C provides a stable, industrial-grade environment that ensures large-scale ABS, Polycarbonate, or Nylon parts print without warping or delamination.

65°C Actively Heated Chamber

Provides a temperature-controlled environment for large-scale engineering prints, preventing warping and ensuring perfect layer adhesion for high-temp materials like ABS and PC.

Vortek™ Hotend Change System

Swaps between up to 6 induction-heated hotends in seconds, virtually eliminating filament waste and reducing material waste by up to 95% compared to traditional AMS systems.

8-Second Induction Heating

Rapidly brings the active hotend to temperature, slashing the transition time between materials and making high-speed multi-material printing actually viable for production.

Full Filament Path AI Diagnostics

Utilises 59 onboard sensors and a quad-camera system to monitor every millimetre of filament from the spool to the nozzle, catching "spaghetti" or air-printing before it ruins your job.

AMS 2 Pro with Active 65°C Drying

Continuously dehumidifies and dries your filament during the print, ensuring engineering-grade materials like Nylon and PC remain moisture-free for flawless layer adhesion.