Comparison
Anycubic Kobra S1 Combo vs Bambu P2S Combo: Multi-Color Is Only Half the Comparison
Compare build envelope, nozzle limits, drying systems and multi-material architecture between Kobra S1 Combo and P2S Combo.
Both systems target enclosed CoreXY buyers who want an integrated material feeder, but the hardware details differ enough that “multi-color” should not be the only criterion.
| Constraint | Kobra S1 Combo | Bambu P2S Combo |
|---|---|---|
| Build | 250 × 250 × 250 mm | 256 × 256 × 256 mm |
| Max nozzle | 320 °C | 300 °C |
| Material system | ACE Pro | AMS 2 Pro |
| Drying | Up to 55 °C active drying | Bambu highlights active drying + venting |
| TPU caveat | TPU 95A not compatible with ACE Pro | Verify feeder-specific material guidance |
Build volume is effectively the same class
Six millimeters per axis is unlikely to matter for most parts, but exact fit is binary. Use the build-volume calculator with your largest real model rather than assuming either machine will fit because the nominal volumes look similar.
The feeder is part of the printer decision
ACE Pro and AMS 2 Pro affect drying, spool handling, color switching and material compatibility. A printer can support a filament that its automatic feeder should not handle. Separate “printer compatibility” from “multi-material-system compatibility.”
Temperature is not material proof
The Kobra S1's 320 °C hotend is higher than the P2S's listed 300 °C ceiling, but successful engineering-material printing also depends on nozzle material, enclosure behavior, build surface, drying and manufacturer profiles. Do not buy by nozzle temperature alone.
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Compare the current Kobra S1 Combo price, bundles and availability directly from Anycubic. Specifications and editorial conclusions above are independent of affiliate compensation.
Primary sources
Specifications can change after our source check. Verify time-sensitive compatibility, bundles and regional hardware with the manufacturer before purchase.