Summary of "P2S vs X2D — The Numbers Don't Lie"

Scope & methodology

Head-to-head tests covered: speed (startup, color-change, total print time), material waste, print quality, power consumption (idle, peak, average), noise (30 ft / 10 ft / close), maintenance, and live monitoring.
Reviewer background: ~600+ hours on the X2D and ownership of 45+ printers (including all Bamboo Lab models). The X2D tested was a pre‑release sample from Bamboo Lab. Video content was not restricted by the sponsor.

Startup calibration (flow, bed leveling, vibration compensation):
- P2S: 6:52
- X2D: 9:02 (slower due to dual-nozzle offset calibration)
Color-change time (white ↔ black):
- P2S: relies on purging filament — white → black = 1:21; black → white = 2:13
- X2D: switches nozzles (~14 s including prime tower) — much faster and far less material waste
Print time (two-color panda):
- P2S: ~4:00–4:05
- X2D: 1:37 (X2D is more than twice as fast on multicolor prints)
Waste:
- P2S total ≈ 62 g (7 g tower + 55 g purge/waste)
- X2D total ≈ 8 g (7 g tower + ~1 g purge)

Multicolor prints (pandas) appeared essentially identical between printers; X2D showed less stringing.
X2D’s dual-nozzle offset calibration produced no visible seam issues in tested prints.
X2D uses upgraded belts (1.5GT instead of standard 2 mm pitch) → fewer vertical fine artifacts and improved surface quality versus P2S.

(Printing at bed 55 °C, nozzle 220 °C, no chamber heat)

Decibel readings:
- P2S: 30 ft — 43 dB / 10 ft — 45 dB / close — 58 dB
- X2D: 30 ft — 38 dB / 10 ft — 43 dB / close — 53 dB
Subjective: X2D is noticeably quieter in practice; P2S produced a high-pitched whining that was disruptive in the same room.

Both printers are easy to maintain: simple bed removal/replacement, AMS-assisted filament swaps, and straightforward nozzle removal.
Camera/live monitoring: both use the same 1080p@30fps camera and Bamboo Lab live feed quality.
Bamboo Handy app + Maker Lab included for printing and easy model generation from photos.

Print volume:
- P2S: ~256 × 256 × 256 mm (stated as a 256 mm cube)
- X2D:
  - Left nozzle (single-extruder): ~256 × 256 × 260 mm (slightly taller)
  - Right auxiliary / dual-mode usable area: ~235.5 × 256 × 256 mm (usable X reduced when using auxiliary/dual)
Weight:
- P2S: 14.9 kg
- X2D: 16.25 kg (extra weight from external extruder and exhaust fan)
Bed max temp:
- P2S: 110 °C
- X2D: 120 °C
Chamber heater:
- X2D has a built-in heater to ~65 °C (enables more challenging/abrasive materials, e.g., ABS)
Exhaust fan:
- X2D includes an external exhaust fan; P2S requires an optional kit for external exhaust
Nozzle/extruder topology (important):
- X2D is a hybrid dual-nozzle system:
  - Left nozzle: direct‑drive extruder on the print head
  - Right nozzle: Bowden (auxiliary) extruder located off-head, feeding filament via PTFE tube
Other X2D unique/hidden features:
- Fast motorized nozzle switching (spring-loaded arm) — sub-second changes
- Dual auxiliary fans with adjustable speeds and an exhaust fan for chamber control
- Integrated filament cutters inside the print head (actuated by a pin/lever; not visible externally)
- Side windows for better visibility

X2D — Pros
- Far faster and much lower waste for multicolor / multi-material prints (no need for long purge cycles)
- Quieter operation
- Chamber heater (up to 65 °C) and built-in exhaust fan for more materials (ABS, abrasive filaments) and safer venting
- Upgraded belts → improved surface finish
- Hybrid dual-extruder gives multicolor/multi-material flexibility
X2D — Cons
- Slower startup calibration because of dual-nozzle calibration
- Reduced usable X dimension when printing with the auxiliary/right nozzle or both (235.5 mm vs 256 mm)
- Right-side Bowden extruder cannot handle soft TPU (e.g., ~95A shore) — use TPU via left direct-drive extruder or AMS-specific harder TPU
P2S — Pros
- Good single-extruder performance for single-color PLA and non-toxic prints
- Slightly lower weight and lower peak power draw
P2S — Cons
- Much longer color-change/purge times and significantly higher material waste for multicolor prints
- No out-of-box exhaust fan; standard belt (slightly more fine-artifacting)

For mainly single-color PLA or non-toxic material printing: P2S is a good choice.
For multicolor / multi-material printing, quieter operation, chamber heating, or better exhaust/venting for ABS/toxic materials: X2D is recommended despite the slightly reduced X build width in auxiliary/dual mode.
Overall, the reviewer favors the X2D for multicolor/multi-material workflows and for quieter, higher-quality prints.

Bamboo Handy app + Maker Lab highlighted as a strong ecosystem for printing and creating models (photo-to-model feature).
Reviewer used these printers in a production-like workflow (predictable daily cycles; many printed wand handles for Sweet Bath Co).
Video included a paid sponsor segment for the Narwhal Flow 2 robot vacuum (not related to the printer comparison).

Video host / reviewer (channel owner; uses code 3DPZ; tested >600 hours on X2D)
Bamboo Lab — manufacturer of X2D and P2S (provided X2D pre-release sample)
Narwhal — sponsor for the vacuum segment (Narwhal Flow 2)
Sweet Bath Co — customer / product context (printed wand handles and noodle cups)