3D Stisk
Főoldal
Szolgáltatások
    Bambu Lab H2D Combo with AMS HT

    Bambu Lab H2D Combo with AMS HT

    Bambu Lab H2D Combo with AMS HT
    Náhledy obrázků

    Ingyenes prémium támogatás!

    Ezzel a nyomtatóval kap egy hét prémium 3D nyomtatási chat támogatást teljesen ingyen. Chatünk segít a beállításban, az első nyomatokban és a problémamegoldásban.

    Bambu Lab H2D Combo with AMS HT

    €2 623.59€1 967.59
    €1 626.11 ÁFA nélkül
    Powerful package for professional 3D printing and working with technical materials: Bambu Lab H2D with dual nozzles, actively heated chamber, and advanced calibration + Bambu Lab AMS HT for drying and feeding filament up to 85 °C. Ideal for multi‑material/multi-color projects, functional parts from PA/PC/ABS/ASA and composites, and reliable operation with smart filament monitoring.
    Elérhetőség:Rendelésre

    €1 967.59

    Rendelésre
    Kiegészítő szolgáltatások
    €184.09
    €196.76
    €8.16
    Termékcsomagok
    €98.36

    Bambu Lab H2D AMS HT Bundle

    What you get in the box

    • 3D printer Bambu Lab H2D (dual nozzles)
    • Bambu Lab AMS HT – drying and feeding of 1 spool (max. 85 °C)
    • Bambu Lab AMS 2 Pro - Drying and feeder for 4 spools (max. 65 °C)
    Combo designed for reliable production from technical polymers: print fast and accurately on H2D, keep material in ideal condition in AMS HT.

    Why choose this package

    • Dual nozzles = multi‑material and multi‑colors without compromises; automatic nozzle offset calibration and closed-loop extruder control for perfect layer bonds.
    • Large build volume up to 350 × 320 × 325 mm (max. envelope) for prototypes, jigs, and small series.
    • High-temperature ecosystem: nozzle up to 350 °C, active chamber 65 °C, and bed 120 °C – handles ABS/ASA, PC, PA, and filled composites.
    • Smart filament supervision: H2D monitors flow, tension, and tip position (network of 15 sensors) to prevent failures; AMS HT adds RFID, auto‑spool rotation, and electromagnetic ventilation for efficient drying.
    • Speed and precision: up to 1000 mm/s, acceleration 20,000 mm/s², and optical motion calibration with 5 μm resolution.
    • Clean printing in a closed chamber: multi-level filtration (HEPA H12 + active carbon) and controlled airflow.

    AMS HT – drying and feeding at a high level

    • Drying up to 85 °C for hygroscopic materials (PA, PC, PET‑CF etc.).
    • RFID synchronization – automatic settings for official Bambu Lab materials.
    • Bypass output for soft/brittle filaments (TPU, TPE, CF/GF etc.).
    • Up to 24 filaments in a chain (combination of AMS 2 Pro + multiple AMS HT units).

    Recommended for

    • Functional parts, jigs, covers, and small series from technical polymers.
    • Design and color models with supports from a different material.
    • Printing in environments with fluctuating humidity – stable quality thanks to drying in AMS HT.

    Notes

    • Laser/cutting modules are optional accessories for H2D (not included in the package).
    • Bird’s‑Eye camera is part of the laser edition; standard H2D has live, nozzle, and toolhead cameras.

    Key features

    • Dual nozzles with automatic calibration and closed-loop extruder control.
    • Actively heated chamber (up to 65 °C), nozzle up to 350 °C, bed up to 120 °C.
    • Large volume: 325 × 320 × 325 mm (1 nozzle) / 300 × 320 × 325 mm (2 nozzles); max. envelope 350 × 320 × 325 mm.
    • Speed up to 1000 mm/s, acceleration 20,000 mm/s², optical calibration 5 μm.
    • Multi-level air filtration: HEPA H12 + active carbon.
    • Smart filament monitoring (15 sensors) + filament odometer with AMS.
    • AMS HT: drying 85 °C, RFID, auto‑spool rotation, electromagnetic ventilation, bypass output.
    • Up to 24 colors/materials (chaining AMS 2 Pro and AMS HT), compatibility within the Bambu Lab ecosystem.

    Package contents

    • Bambu Lab H2D 3D printer (dual nozzles, 0.4 mm) in Combo edition with AMS 2 Pro
    • Bambu Lab AMS HT (incl. power adapter, shipped separately)
    • Basic printer accessories (build plate, cabling, documentation – according to manufacturer)

    Material compatibility (selection)

    PLA, PETG, TPU, PVA/BVOH (dry), ABS, ASA, PC, PA/PA‑CF/GF, PET, PPA‑CF/GF, PPS/PPS‑CF/GF and more.

    Technical specifications (summary)

    • Technology: FDM
    • Build volume (1 nozzle): 325 × 320 × 325 mm
    • Build volume (2 nozzles): 300 × 320 × 325 mm
    • Max. „envelope“: 350 × 320 × 325 mm
    • Max. nozzle temperature: 350 °C
    • Max. bed temperature: 120 °C
    • Active chamber heating: yes, up to 65 °C
    • Max. speed / acceleration: 1000 mm/s / 20,000 mm/s²
    • Air filtration: G3 + HEPA H12 + active carbon
    • Cameras: live view 1080p, nozzle camera 1080p, toolhead camera 1080p (Bird’s‑Eye in laser edition)
    • Display: 5" touch, 720 × 1280 px
    • Supported diameters/spools (AMS HT): filament 1.75 mm; width 50–68 mm; diameter 197–202 mm
    • Max. drying temperature (AMS HT): 85 °C; average power consumption 150 W; power supply 24 V DC / 100–240 V AC
    • Dimensions and weight (printer): 492 × 514 × 626 mm; 31 kg
    • Dimensions and weight (AMS HT): 114 × 280 × 245 mm; 1.21 kg
    • Network and software: Wi‑Fi 2.4/5 GHz, Bambu Studio/Suite/Handy; standard G‑code support (limitations for advanced functions)

    Key features:

    • Dual nozzles and automatic calibration for reliable multi‑material printing
    • Active chamber 65 °C + nozzle 350 °C for technical polymers and composites
    • Large build volume up to 350 × 320 × 325 mm (max. envelope)
    • High speed (up to 1000 mm/s) and precision thanks to optical calibration 5 μm
    • Advanced filtration (G3 + HEPA H12 + active carbon) for clean and stable printing
    • Network of 15 sensors monitors flow and filament status, minimizes failure
    • AMS HT dries up to 85 °C, with RFID and auto‑spool rotation for consistent results
    • Bypass output for soft/brittle materials (TPU/TPE, CF/GF etc.)
    • Possibility of up to 24 colors/materials when chaining AMS 2 Pro and AMS HT
    • Wide material support including PA/PC/ABS/ASA, PLA/PETG and composites
    [embed]https://youtu.be/KRrZCW1flh0[/embed]