After Hundreds of Prints… These Are the Printers I Actually Use

Concise verdict

Overall the creator’s go‑to ecosystem is Bambu (referred to as “Bamboo”) for day‑to‑day reliability and ease of use. For abrasive/composite printing he prefers the Cheetah Q2. Several other printers provide useful niche capabilities or value for the price, but they are not his daily drivers.

Summary by printer — features, pros, cons, user experience, comparisons

Anycubic Cobra X

• Main points: Surprising value and capability; Ace Gen 2 tool head works well; fits a unique multiplexer/tool‑head niche.
• Pros: Low price (around $279), reliable in his testing, good tool‑head design.
• Cons: Bed‑slinger format is less stable — not ideal for beginners/intermediates seeking maximum bed stability.
• Use: Semi‑regularly; still testing.

Anycubic P1S

• Main points: Not used recently due to a clogged nozzle he never cleared.
• Pros: N/A in this video (plans to apply BigTreeTech “Panda” upgrades).
• Cons: Currently out of commission (clogged nozzle).

Carva Air (CNC)

• Main points: Sent to him; well engineered and approachable for non‑CNC specialists.
• Pros: High build quality, easy for a normal user to operate.
• Cons: He doesn’t do much CNC work, so it’s used only occasionally.

Snapmaker U1

• Main points: Foreheaded tool‑changer; enables multi‑color printing with no waste and can print TPU multi‑color (a rare capability).
• Pros: Reliable; trusted for long prints; good for PLA/PETG/TPU.
• Cons: No enclosure — not suitable for ABS, ASA, nylon, or carbon‑fiber composites that require a hot chamber.
• Use: Semi‑frequent, more than many machines but less than main Bambu machines.

A1 Mini Combo (Bambu A1 Mini)

• Main points: His first meaningful upgrade from an Ender 3; rock‑solid workhorse but small build plate limits throughput.
• Pros: Very reliable; he owns three; great entry to the Bambu ecosystem; AMS (spool system) reliable for feeding.
• Cons: Small build volume — not ideal for larger or stacked production.
• Use: Reliable but used less now because of size limits.

AMS vs AMS Light (Bambu feeder systems)

• Main points: AMS Light (spoke‑mount) avoids spool‑roll problems and is more reliable for feed; trade‑off is loss of sealed/drying capability provided by the sealed AMS canister.

Cheetah/“Cheety” Q2

• Main points: Go‑to for abrasive/composite printing (nylon, etc.). Includes chamber heater and hardened components; rated for hardened materials.
• Pros: Strong for composites; hardened/higher‑temp setup; reliable (he had a pre‑release unit that worked very well).
• Cons: Community reports of variable quality and some horror stories — buyer beware for certain units and multi‑color setups.
• Use: Frequently for abrasive/composite prints.

Cheetah Q2C (soft variant)

• Main points: Non‑hardened variant; he experienced print stops and unreliable results.
• Pros: About $100 cheaper than the Q2.
• Cons: No chamber heater, less reliable for composites; he recommends getting the Q2 instead if you plan composites.

AD5X (Flashforge)

• Main points: Better than expected after modifications; originally not hardened so he fitted a hardened extruder.
• Pros: Good print results when working; capable of printing enclosure parts with fiber‑filled PET.
• Cons: Mid‑print stops on some jobs; not intended for abrasive materials without modification; not in regular rotation.

Bambu H2C / H2D

• Main points: Primary workhorses for him and his wife; extremely user‑friendly with low tinkering required.
• Pros: Reliable, easy to use (wife prints on them), good uptime. Logged heavy hours on these units.
• Cons: More closed ecosystem — less flexible for tinkering.
• Use: Daily; main production machines.

“Centauri / Centuri / Carbon 2” (transcript references vary)

• Main points: Testing a Carbon 2 variant for ABS/ASA. Lacks a chamber heater and shows warping on thin‑wall ABS/ASA geometry.
• Pros: Good value for composites in general and reliable for many prints.
• Cons: Chamber heat handling not ideal — warpage on difficult ABS/ASA prints; still evaluating for high‑temp composites.
• Use: Testing; not yet ideal for ABS/ASA without better chamber control.

X1 Carbon (Bambu)

• Main points: Longstanding go‑to; used with an iBoss filament dryer mod (individual drying per bay).
• Pros: Hardened capability; pairs well with a filament dryer (game changer); very reliable (about 2,000 hours on one unit).
• Cons: Dryer UI a bit clunky; for composites Cheetah Q2 is preferred, though X1 Carbon is solid.
• Use: Regularly; long hours logged.

Honorable mentions / other machines

• Creality K1 / “Creality High” (friend’s): used to have excellent bed adhesion; adhesion declined with hours.
• Centauri / Carbon 1 units (lent to friends): still working fine.
• Cobra S1 (Corey’s): stands up to neglect/abuse; he and Corey made a comparison video listing four likes and four dislikes.

Numeric details and specific notes

• Anycubic Cobra X price referenced: around $279.
• Hours logged on Bambu machines: ~1,800 hours on one H2C/H2D unit, ~970 hours on another.
• X1 Carbon: ~2,000 hours on one unit.
• AMS Light: recommended to reduce spool‑roll problems; trade‑off is losing sealed/drying capability.

Pros across the fleet (overall themes)

• Bambu ecosystem: highest day‑to‑day reliability and user friendliness; great for low‑tinkering, dependable printing.
• Cheetah Q2: best for hardened/abrasive/composite work because of chamber heater and hardened components.
• Snapmaker U1: unique niche for multi‑color TPU and multi‑color soft‑filament printing without waste.
• Cobra X: strong budget pick for tool‑head experimentation and multiplexer setups.
• Carva Air: well‑engineered CNC for occasional milling needs.

Cons across the fleet (overall themes)

• Cheaper or non‑hardened variants (Q2C, non‑hardened AD5X) can have reliability issues and are not ideal for abrasive materials.
• Machines without chamber heaters struggle with ABS/ASA warping on challenging geometries.
• Some units have UI quirks (e.g., dryer UI) or intermittent mid‑print stoppages reported on certain models.

Recommendations and takeaway

• Dependable, low‑maintenance daily driver: choose Bambu (H2C/H2D/X1 Carbon). The creator describes himself as a “Bambu fanboy.”
• For abrasive/composite filaments: get a hardened, chamber‑heated machine like the Cheetah Q2.
• For multi‑color TPU or low‑waste multi‑color soft‑filament printing: consider the Snapmaker U1.
• For value tool‑head experimentation: Cobra X is a strong budget pick (≈$279).
• Avoid non‑hardened soft variants (Q2C) if you plan to print composites — spend a bit more for hardened versions.

Other voices / contributors mentioned

• Jonathan (Next Layer): discussed content‑creation gear; agreed expensive gear isn’t required to start producing content.
• Corey: long‑term Cobra S1 user; collaborated on a four‑likes/four‑dislikes video.
• Paul: owns the Creality unit (bed adhesion anecdote).
• Wife: actively uses the Bambu machines — anecdotal validation of their ease of use.
• Community/comments: several “horror stories” about Cheetah boxes; buyer beware cautioned.

Final short verdict: For general daily printing and low‑maintenance production, go Bambu (H2C/H2D/X1 Carbon). For hardened/composite work, pick the Cheetah Q2. For multi‑color TPU or niche tool‑head experimentation, consider the Snapmaker U1 or Cobra X respectively. Some mid‑range machines (AD5X, Q2C) can be useful but may require tweaks or suffer reliability issues.