Getting Great Prints on the QIDI Q1 Pro
The Q1 Pro is QIDI's widely-recommended enclosed entry point: full enclosure, auxiliary fan, and (per QIDI's own profile data) active chamber-temperature control on hot materials rather than passive heat soak alone.
Is the QIDI Q1 Pro enclosed?
Enclosure: Yes. Auxiliary part-cooling fan: Yes.
Fully enclosed with an auxiliary fan and active chamber-temperature control — the same capable tuning tier as Bambu's enclosed line and Creality's K-series. ABS/ASA/PA are realistic here without a tent, and the auxiliary fan gives independent local cooling on top of chamber heat.
Baseline settings for QIDI's QIDI Q1 Pro profile
QIDI publishes one shared filament-profile baseline across its OrcaSlicer-family lineup rather than a separate one per model, so these are the numbers the QIDI Q1 Pro starts from — use them as the floor and calibrate flow/retraction per spool:
| Material | Nozzle | Bed (textured/hot) | Fan max |
|---|---|---|---|
| PLA | 220 °C | 60 °C | 100 % |
| PETG | 250 °C | 80 °C | 90 % |
| ABS | 250 °C | 90 °C | 80 % |
| TPU | 230 °C | 35 °C | 100 % |
Q1 Pro tuning notes
Verify chamber-temperature control actually activated for the print. If a downloaded or modified profile disabled the chamber target, ABS/ASA results will regress toward open-printer performance without any other setting changing. See the ABS/ASA warping guide.
PLA right after a hot ABS print. An actively-heated chamber that hasn't cooled down yet is the first suspect if PLA overhangs droop on the very next print. Let the chamber vent or cool first. See the PLA guide.
PETG stringing. Standard order: dry, cool 10 °C, retraction. See PETG stringing.
Symptoms this machine's form factor is prone to
An enclosed machine like the QIDI Q1 Pro trades one set of problems for another. Warping on PLA (from chamber heat soak, not cold corners) and moisture creeping into materials during long enclosed prints are the two failure modes that catch enclosed-printer owners off guard, more often than the classic open-printer symptoms below:
- PLA-specific cooling and chamber-heat notes — read this before assuming a PLA quality issue is a fan problem.
- Filament drying guide — long enclosed prints give a marginal spool more time to reabsorb moisture mid-print.
- Layer separation — the flip side of running cooling too aggressively for a hot-chamber material.
A sane first-print checklist
- Match the plate/surface selection in the slicer to what's actually on the bed, if the machine supports more than one build surface. Mismatches are the leading cause of "it should have stuck" reports.
- Run a flow-ratio calibration on any filament that isn't the exact spool QIDI's profile was written against. Off-brand and generic spools routinely land several percent off the stock flow ratio; that shows up as over- or under-extrusion that looks like a hardware problem but isn't.
- Change one variable per test print. Temperature, fan speed and retraction all interact; the fastest way to a dialed-in QIDI Q1 Pro is small, single-variable tests read one at a time, not three changes at once.
For the full QIDI lineup and its common failure modes, see the QIDI troubleshooting hub.
Frequently asked questions
Can the QIDI Q1 Pro print ABS without an enclosure tent?
Yes. The Q1 Pro is fully enclosed with an auxiliary part-cooling fan and, per QIDI’s own profile data, active chamber-temperature control rather than passive heat soak alone — the same tuning tier as Bambu’s enclosed line and Creality’s K-series. ABS, ASA and PA are realistic without a tent. Just verify the chamber target wasn’t disabled by a downloaded or modified profile, or results regress toward open-printer performance.
What temperatures does QIDI’s stock Q1 Pro profile use?
QIDI’s shared OrcaSlicer-family baseline for the Q1 Pro: PLA at 220 °C nozzle, 60 °C bed and 100 % fan; PETG at 250 °C, 80 °C and 90 %; ABS at 250 °C, 90 °C and 80 %; TPU at 230 °C, 35 °C and 100 % (textured plate). Use them as the floor and calibrate flow ratio and retraction per spool.
Why do PLA overhangs droop right after an ABS print on the Q1 Pro?
Because the actively heated chamber hasn’t cooled down yet. A chamber still warm from a hot ABS print keeps PLA soft, so overhangs droop on the very next print even though nothing in the slicer changed. Let the chamber vent or cool before starting PLA. For PETG stringing on this machine, the standard order applies: dry the filament, drop the temperature 10 °C, then tune retraction.
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- QIDIStudio printer profiles — QIDITECH/QIDIStudio (GitHub)