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Bambu Lab X1 Carbon: power use and running cost

The lidar-equipped flagship that started the high-speed CoreXY era; discontinued March 2026, now sold as clearance stock. 256 × 256 × 256 mm build volume, enclosed.

105 Waverage while printing
9 Widle / standby
350 Wpeak while heating
350 Wpower supply rating
1.05 kWhper 10-hour print
$0.18per 10-hour print at $0.17/kWh
$999typical price (2022)
500 mm/smax speed · 300 °C nozzle · 120 °C bed

Power figure: measured. Bambu Lab wiki power-consumption table: 8.5-9.9 W standby, 105 W average PLA, 150 W ABS; rated 350 W at 110 V (1000 W at 220 V).

Electricity cost for a print on the Bambu Lab X1 Carbon

Printer and print
W
Measured: Bambu Lab wiki power-consumption table: 8.5-9.9 W standby, 105 W average PLA, 150 W ABS; rated 350 W at 110 V (1000 W at 220 V).
W
When on but not printing
hours
/day
For the monthly figure
Tariff
USD/kWh

Full cost of a print on the Bambu Lab X1 Carbon

Pre-set with this printer's wattage and price for depreciation. Enter grams and hours from your slicer.

Filament
g
From your slicer after slicing
USD/kg
Printing
hours
W
Typical while printing, not the PSU rating
USD/kWh
%
Share of prints that fail and get reprinted
Printer wear, labour and selling price
USD
0 to ignore depreciation
hours
5,000 h ≈ 3 years of regular use
USD/h
Nozzles, belts, lubricant, fans
parts
min
Slicing, setup, removal, cleanup
USD/h
USD
Sanding, paint, inserts, glue
USD
%
Profit on top of the true cost

Layer heights that suit the Bambu Lab X1 Carbon's Z axis

Z moves 0.0400 mm per full step (lead screws driven by belt, 8 mm per motor revolution, 200 steps/rev, 400 steps/mm). Whole multiples of that are "magic" heights: every layer lands on a full step instead of a less accurate microstep.

Layer height0.080.100.120.150.160.200.240.250.280.30
On a full step?yesno → 0.12yesno → 0.16yesyesyesno → 0.24yesno → 0.32

Basis: estimated. X1 manual: Z axis is three lead screws connected to a single stepper motor by a belt; aftermarket nuts matching the original are 2 mm pitch, 4-start, 8 mm lead, so 8 mm per motor rev assuming 1:1 pulleys; microsteps assumed 1/16. Open in the magic layer height calculator.

Questions about the Bambu Lab X1 Carbon

How many watts does the Bambu Lab X1 Carbon use?

About 105 W on average while printing PLA, 9 W when idle and up to 350 W while heating. Bambu Lab wiki power-consumption table: 8.5-9.9 W standby, 105 W average PLA, 150 W ABS; rated 350 W at 110 V (1000 W at 220 V).

How much does it cost to run a Bambu Lab X1 Carbon for 24 hours?

2.5 kWh, which is $0.43 at $0.17/kWh (US average) or about £0.66 at UK rates.

Does the Bambu Lab X1 Carbon use a lot of electricity?

No. Running it 8 hours a day for a month costs roughly $4.28 at US rates — comparable to a desktop computer.

What are the best layer heights for the Bambu Lab X1 Carbon?

The Bambu Lab X1 Carbon's Z axis moves 0.0400 mm per full motor step (8 mm per revolution, 200 steps). Layer heights that are whole multiples of that — 0.08, 0.12, 0.16, 0.2, 0.24, 0.28, 0.32 mm — avoid microstep rounding. 0.1, 0.15, 0.25 mm are not exact multiples.