Bambu Lab H2S Laser Full Combo, 10 W

Description

The Bambu Lab H2S integrates advanced FDM 3D printing with laser engraving, digital cutting, and drawing functionalities. It features a spacious 340 x 320 x 340 mm build volume, active chamber heating up to 65 °C, and a servo extruder, ensuring accurate and rapid outputs. A vision encoder provides feedback for motion accuracy below 50 µm. This H2S model is engineered for high-performance 3D printing, laser engraving, and digital cutting. Its flap-switch airflow system includes a G3 pre-filter, H12 HEPA filter, and activated carbon, maintaining stable process air for both high-temperature materials and clean PLA/PETG printing. It supports a broad range of materials, from standard filaments like PLA, PETG, TPU, PVA, BVOH, ABS, ASA, PC, PA, PET, and PPS, to carbon fiber or glass fiber-reinforced versions including PLA, PETG, PA, PET, PC, ABS, ASA, PPA, and PPS. Closed process control and active filtration contribute to improved dimensional accuracy and surface quality. The integrated 10 W laser, operating at 455 nm, offers engraving speeds up to 400 mm/s with an approximate spot size of 0.03 x 0.14 mm. It can cut poplar plywood up to 5 mm deep and includes visual positioning assistance. Advanced 3D printing technology is featured, including a real servo motor extruder from Bambu Lab that provides significant extrusion force for fast printing, preventing underextrusion and ensuring consistent feeding even with difficult materials. A vision encoder automatically corrects mechanical drift, maintaining consistently accurate path tracking with motion accuracy below 50 µm. The system also incorporates full filament path AI detection, using 23 sensors and 3 cameras to monitor flow, temperature, and consumption. Live view functionality identifies "spaghetti prints" and foreign objects early. The flap-switch airflow and filtration system supports diverse printing needs. For high-temperature printing, heated and filtered air circulates within the sealed chamber, establishing stable conditions to reduce warpage on large engineering components. During low-temperature printing, cool air enters through the top vent, and exhaust is filtered, which is suitable for PLA/PETG and significant overhangs without requiring the doors to be opened. For laser cutting and engraving, the top vent and filter switch flap efficiently remove fumes and maintain a clean workspace. The production workflow benefits from Live Spatial Alignment, Air Assist, and a Laser Safety Window. Safety architecture includes a flame-retardant chamber, five flame sensors, and an emergency stop feature, enhanced by door and temperature monitoring. The system is compatible with AMS 2 Pro, AMS, and AMS HT accessories. When connected to an AMS, the H2S enables filament odometry for exact consumption tracking and uses existing run-out and tangle detection for operational security. Specific features for the AMS 2 Pro include an Active Air Vent for automatic venting and efficient drying, along with airtight sealing for prolonged storage. It also offers Auto-Rotate Drying for consistent spool drying, RFID Sync for automatic parameter assignment with Bambu filaments, and easy-access guide rails with transparent guides and quick-release mechanisms for rapid unclamping. A ceramic inlet acts as a durable filament guide. It should be noted that features may differ across AMS models, with the mentioned convenience features pertaining to the AMS 2 Pro. The package includes the Bambu Lab H2S Laser Edition 3D printer, a textured PEI plate, spool holder, accessory box, and a safety key. Also included are a 10 W laser module, an AMS 2 Pro, a cutting module with pen holder, laser platform, cutting platform, extraction hose, laser and cutting materials, and an emergency stop switch.

Highlights

• Servo extruder supports high-speed printing and consistent material feeding.
• 10 W laser module for digital cutting and drawing, with cutting capability up to 5 mm.
• Vision encoder offers less than 50 µm accuracy, complemented by AI cameras for exact alignment.
• Active chamber heating to 65 °C and a 350 °C hotend for use with demanding materials.
• Compatible with AMS 2 Pro, AMS, and AMS HT, featuring filament odometry when used with an AMS.
• Spacious 340 x 320 x 340 mm build volume, suitable for large functional components.