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P2S vs H2S

Enclosed mid-range vs professional engineering printer, a $700 decision

Which one should I buy?

Get the P2S ($549) unless you specifically need to print PA-CF, PC, or other engineering materials that require 350°C nozzle temps and an actively heated 65°C chamber.

P2S

  • $700 cheaper, massive savings for comparable everyday printing
  • More compact, fits on a standard desk
  • Simpler maintenance and filament workflow
  • AMS 2.0 multi-material support

H2S

  • 350°C nozzle, prints PA-CF, PC, PEI, and other engineering materials
  • Active 65°C chamber heating, essential for warp-free engineering prints
  • 1000mm/s max speed, double the P2S
  • 340 × 320 × 340 mm build volume, larger footprint
  • Professional-grade build for production environments

Specs at a glance

FeatureP2SH2S
Price$549$1,249
Build volume256 × 256 × 256 mm340 × 320 × 340 mm
Max speed600 mm/s1000 mm/s
KinematicsCoreXYCoreXY
EnclosureYesYes
Chamber tempPassive ~50°CActive 65°C
Max nozzle temp300°C350°C
AMS typeAMS 2.0AMS 2.0
LidarNoNo
Build plate temp110°C120°C

Two different tools for two different jobs

The P2S handles everything most users will ever need: PLA, PETG, ABS, ASA, TPU, and even PA. The H2S adds active chamber heating and 350°C nozzle capability for materials that truly demand it. PA-CF, PC, PEI, and similar high-performance engineering composites.

The 1000mm/s speed on the H2S sounds impressive, but real-world print times aren't 2x faster than the P2S, most of the speed advantage is seen in infill and travel moves. For detailed prints, both machines operate at similar effective speeds.

Get the P2S if...

  • Your material list stops at ABS or ASA
  • You want to save $700 on a machine that handles 90% of use cases
  • You have a standard desk or limited space
  • You're a hobbyist or maker, not a production engineer

Get the H2S if...

  • You need to print PA-CF, PC, PEI, or similar materials
  • You need active chamber heating, passive just won't cut it
  • You need more build volume for larger parts
  • You're printing for functional engineering or professional use

PA-CF (carbon fiber nylon), PC (polycarbonate), PEI, PEEK, and similar high-performance materials genuinely require both 350°C+ nozzle temps and an actively heated chamber to print reliably. If you're asking "do I need the H2S," you probably know exactly which material is forcing your hand. If you're not sure, you don't need it yet.

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