The XL is the only machine profiled here where the answer to "how much power does it use?" is genuinely "it depends on what you are printing, and not in the way you think". Its plate is divided into independently heated tiles, and the firmware energises only the tiles the part sits on. A 100 mm bracket in one corner therefore costs a fraction of what a full-plate job costs to keep warm, on the same printer, in the same hour.
A correction this page owes you
This site previously carried a heat-up peak of 1400 W for the five-tool machine. That figure could not have been right, and the reason is arithmetic rather than measurement: the five-tool XL runs on three 240 W supplies, a ceiling of 720 W. Nothing downstream of those supplies can draw twice their total.
The figures now shown come from owners metering their machines through monitored supplies: around 185 W steady while printing with one tool over a full bed, and a peak in the region of 385 W when five tools and the plate come up to temperature together. Those are reported measurements rather than a specification, which is exactly what they are labelled as.
Five colours, costed honestly
Toolchanging is often sold as the waste-free alternative to purging, and it is much better, but it is not free. Each tool change wipes the nozzle and each idle tool oozes a little while parked. On a five-colour plate that adds up to a real mass of scrap.
A 300 g job — model plus that scrap — running 16 hours at $25/kg:
| Term | Amount |
|---|---|
| Filament, including the wipe waste | $7.50 |
| Electricity, 2.96 kWh at 185 W | $0.52 |
| Machine time at $1.00/hour | $16.00 |
| 8% failure allowance | $2.09 |
| Total | $26.11 |
Machine time is nearly two-thirds of that, which is the correct answer for a machine this expensive and the reason its economics are completely different from a $300 printer's. Re-run it with your own purchase price amortised over your own expected hours in the cost calculator.
Compare that with a single-nozzle multi-material system, where every colour change purges a full nozzle's worth of the outgoing filament. On small multi-colour models that purge routinely exceeds the model's own mass. The toolchanger's advantage is not that it produces no waste — it is that its waste does not scale with the number of colour changes in anything like the same way.
What five tools are actually for
Colour is the least interesting use. The genuinely valuable ones are:
- Soluble support in a different material, so overhangs and internal cavities come out clean without scars.
- Two nozzle sizes on one plate — a 0.6 mm doing infill and a 0.4 mm doing perimeters, which is faster than either alone.
- Five copies at once, one per tool, which turns the machine into a small farm without five machines' worth of floor space.
Each of those changes what you can make rather than how it looks, and each is a reason the purchase might make sense that "I want rainbow benchies" is not.
The open frame on a 360 mm plate
There is no enclosure, and at this footprint that matters more than it does on a small machine. A 360 mm ABS part in open air has an enormous perimeter over which to peel, and the warping force scales with the distance from the part's centre. An enclosure is available as an accessory and it is not an optional extra if high-shrinkage materials are why you bought a large machine.
For PLA, PETG and filled variants of both, the open frame is a non-issue and the plate size is the point.
Failure modes specific to this machine
Toolchangers have a failure class simpler printers do not: a tool that does not dock or pick up cleanly. It is rare, it is mechanical rather than electronic, and it is why the dock alignment procedure exists. Beyond that, a long print on a large plate is exposed to the ordinary risk that scales with time — a layer shift after a power blip is a much more expensive event at hour 20 than at hour two.
Why this is the wrong machine for almost everyone
That is not a figure of speech. This is a machine for people who need multi-material or multi-tool output regularly enough to justify a professional purchase. If you want one large printer and print one material at a time, a 350 mm CoreXY costs a fraction as much — the Sovol SV08 is the obvious comparison, and Voron 2.4 if you would rather build it. If you want multi-colour occasionally, a single-nozzle system plus a tolerance for purge waste is far cheaper per print until the volume gets serious.