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Bambu Lab H2S vs Qidi Tech X-Max 3

Technical comparison · Fused filament fabrication (FFF/FDM)

In brief

Two enclosed CoreXY FDM printers for high-speed printing. The difference is between the H2S's declared speed and multicolor, and the X-Max 3's cheaper native Klipper.

Parameter
Identity
Launch year 2025 2023
Use tier F2 — Intermediate F2 — Intermediate
Price
Price (€) ~1150–1250 € ~799–999 €
Universal specs
Dimensions (W×D×H) (cm) 49.2 × 51.4 × 62.6 cm 55.3 × 55.3 × 60.1 cm
Weight (kg) 30 kg 30.2 kg
Work area (mm) 340 × 320 mm 325 × 325 mm
Z-axis height (mm) 340 mm 315 mm
Power (W) 1800 W —
Voltage (V) 220 V —
Maximum speed 1000 mm/s 600 mm/s
Declared precision 50 μm —
Category specs
Footprint X×Y (short side) (mm) 320 mm 325 mm
Build height Z (mm) 340 mm 315 mm
Kinematics CoreXY CoreXY
Max nozzle temperature (°C) 350 °C 350 °C
Max bed temperature (°C) 120 °C 120 °C
Max print speed (mm/s) 1000 mm/s 600 mm/s
Enclosed chamber Yes Yes
Filament sensor Yes Yes
Auto bed leveling Mesh Mesh
Standard nozzle diameter (mm) 0.4 mm 0.4 mm
Multi-extruder No No
Native Klipper No Yes
Input shaper Yes Yes
Multicolor printing Yes No
Multicolor requires accessory Yes —
Max colors — 1
Ecosystem
Cloud dependency No No
Software notes The H2S uses Bambu Studio as its primary slicer, with full support for proprietary features including automatic calibration, AI monitoring, and AMS management. It also accepts G-code exported from OrcaSlicer, PrusaSlicer, and Cura, though some advanced functions may not be available with third-party slicers. Laser and cutting functions are managed exclusively through Bambu Suite. Developer Mode is available, exposing MQTT access for custom integrations. The system relies on an architecture based on native Klipper firmware, a configuration that guarantees advanced kinematics management and precise control of accelerations through input shaping algorithms. The local and remote user interface is managed fluidly, allowing full monitoring of print parameters without the need to depend on mandatory external cloud services. For file preparation, the machine supports the main slicing software available on the market, including Qidi Print, OrcaSlicer, and PrusaSlicer, offering optimized profiles to enhance production times and the surface quality of components. Connectivity options include wired network and Wi-Fi, facilitating the integration of the device into local networks of laboratories or digital workshops.

The differences that matter

  • Declared top speed: 1000 mm/s (H2S) vs 600 mm/s (X-Max 3).
  • Price: about €1200 (H2S) vs €899 (X-Max 3) → €300 in favor of the Qidi.
  • Native Klipper: only on the X-Max 3.
  • Multicolor: only on the H2S, with AMS as an accessory.

Which one to choose

Choose H2S if…

Suited to printing at high declared speed (up to 1000 mm/s) and wanting multicolor via AMS, with a build height reaching 340 mm. You accept no native Klipper and about €300 more.

See the H2S sheet →

Choose X-Max 3 if…

Suited to anyone wanting native Klipper for Fluidd/Mainsail access and firmware customization, at a lower price. You accept a lower declared top speed (600 mm/s vs 1000) and no multicolor printing.

See the X-Max 3 sheet →

Where to buy

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Filaments for these printers

The most chosen spools among the materials both printers can print according to their specifications.

All filaments →

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MakerSpecs is an independent atlas. We don't sell products: the purchase links are the same as on the two product sheets and don't influence the verdict. The sheets have the complete data.