Compare › H2S vs H2D

H2S vs H2D

Last updated: · US store prices, struck-through = list price · daily price tracker

$350 more at current street prices ($500 at list) for a true dual nozzle, LiDAR and 40W-laser support, is it worth it?

Quick answer: Get the H2S at the current $1,199 street price and save $350 (list gap: $500). Get the H2D ($1,549, list $1,749) only if you specifically need the true dual nozzle (soluble supports), LiDAR, or the higher-power 40W laser. Both machines take the optional 10W laser and cutting module, so the laser alone is not the deciding factor.

Which one should I buy?

Get the H2S ($1,199 street, list $1,249). Save $350 unless you need the true dual nozzle (soluble supports), LiDAR, or the 40W laser. Both take the optional 10W laser and cutting module.

H2S

  • $350 cheaper at current street prices ($1,199 vs $1,549; list gap $500)
  • Simpler single-nozzle workflow, less complexity, fewer failure modes
  • Same core engineering capability: 350°C, 65°C chamber, 1000mm/s
  • Lighter toolhead, potentially slightly better motion dynamics

H2D

  • True dual nozzle (IDEX), prints with soluble supports (PVA/HIPS) in the same job
  • LiDAR for automatic first-layer inspection and flow calibration (H2S has none)
  • Better soluble support workflow for complex engineering geometries
  • Supports the higher-power 40W laser module (H2S is limited to 10W)

Specs at a glance

FeatureH2SH2D
Price$1,199 $1,249$1,549 $1,749
Build volume340 × 320 × 340 mm350 × 320 × 325 mm
Max speed1000 mm/s1000 mm/s
KinematicsCoreXYCoreXY
EnclosureYesYes
Chamber tempActive 65°CActive 65°C
Max nozzle temp350°C350°C
Nozzle countSingleDual (true IDEX)
LiDARNoYes
Laser + cut moduleOptional (10W)Optional (10W/40W)
AMS typeAMS 2.0AMS 2.0

Same core machine, two very different extras

The H2S and H2D share the same fundamental hardware: same chamber heating, same max nozzle temp, same speed, same AMS. The H2D adds a true dual-nozzle (IDEX) toolhead for two-material printing (not just multi-color via AMS), LiDAR for first-layer inspection, and support for the higher-power 40W laser. Both machines accept Bambu's optional 10W laser and cutting module, so basic engraving and cutting is not exclusive to the H2D.

If you need soluble supports for PA-CF parts with complex internal geometries, the dual nozzle is genuinely useful. If you want laser engraving or light cutting, both models take the module, only the higher-power 40W upgrade is H2D-only. If you need none of the dual nozzle, LiDAR or 40W laser, you're paying $350 (street) for capability you'll never use.

Get the H2S if...

  • Your priority is engineering material printing
  • You don't need soluble supports. AMS handles your multi-material needs
  • You don't need LiDAR or the 40W laser (the 10W laser and cutting module are available on the H2S too)
  • You want to save $350 without giving up core capability

Get the H2D if...

  • You print complex geometries requiring soluble supports (PVA/HIPS)
  • You want the higher-power 40W laser or LiDAR (the H2S caps at a 10W laser)
  • Your workflow demands true dual-material printing, not just color swaps
  • The $350 premium fits your budget and use case

Full specs and review: H2S page · H2D page

Only if you genuinely print with soluble supports regularly. Most engineering prints, even complex ones, can be handled with AMS-based multi-material or clever orientation and support settings. Dual nozzle shines when you need to print internal cavities with dissolvable support that can't be removed mechanically. If that describes your work, the H2D earns it. If not, the H2S does everything you need.

More comparisons