Bambu Lab H2S AMS Combo

Description

The Bambu Lab H2S serves as a central production system for various creative and manufacturing tasks, encompassing 3D printing, laser engraving, and digital cutting. This model integrates FDM 3D printing technology with capabilities for laser engraving, digital cutting, and drawing. It features a spacious 340 x 320 x 340 mm build volume, active chamber heating up to 65°C, and a servo extruder. These components work together to ensure accurate outcomes even at high operational speeds. Motion accuracy is further enhanced by Vision encoder feedback. The H2S printer is engineered for robust 3D printing, precise laser engraving, and versatile digital cutting. Its Flap-Switch Airflow System, equipped with a G3 pre-filter, H12 HEPA filter, and activated carbon, effectively manages process air. This system provides stable conditions for high-temperature materials and maintains cleanliness for PLA/PETG printing. The servo motor extruder increases extrusion power, facilitating rapid and uniform material delivery. The 65°C chamber heating reduces warping during prints with challenging materials such as ABS, ASA, PC, PA, PPS, and fibre-reinforced filaments. Multi-functional uses include a 10 W laser for engraving and cutting, alongside digital cutting and drawing functionalities. Advanced AI and sensor technology incorporates 23 sensors and 3 cameras (Liveview, Toolhead, BirdsEye*). It also features spaghetti and foreign object detection capabilities. *The BirdsEye feature is standard with the Laser Edition or can be added later with a Laser Upgrade Kit.

Highlights

• A servo extruder supports high-speed printing and consistent material flow.
• Optional 10 W laser module allows for digital cutting and drawing, capable of cuts up to approximately 5 mm.
• Vision encoder, offering precision below 50 µm, along with AI cameras for exact alignment.
• Active chamber heating to 65°C and a 350°C hotend accommodate challenging materials.
• Compatible with AMS systems (AMS 2 Pro, AMS, AMS HT), featuring filament odometry when paired with AMS.
• Spacious build volume of 340 x 320 x 340 mm supports large functional components.