Verifiable specifications
Product information supported by official records
| Build volume | 255 × 255 × 260 mm | View source |
|---|---|---|
| Nozzle temperature limit | 300 °C | View source |
| Bed temperature limit | 110 °C | View source |
| Standard nozzle diameter | 0.4 mm | View source |
| TPU feed constraint | TPU: single-color path, not ACE Pro | View source |
| Eight-color kit contents | Printer, two ACE Pro units and one 8-color connection module | View source |
Count the named components, not the advertised colors
If 8-color work is the reason for the purchase, compare the order with the complete kit list. The connection module is a named part of that configuration, not something established merely by owning two feeders. The TPU exclusion remains a material-path boundary even when the full color kit is present.
Anycubic Kobra 3 V2 has the following documented tpu feed constraint: TPU: single-color path, not ACE Pro. Separate the printer’s material route from the optional feeder’s route. For the documented arrangement, check which unit is required, which combinations are allowed and any excluded materials before buying an expansion package. A channel or color-capacity statement describes a configuration; it does not by itself establish that a different generation’s hardware, cable or hub can be substituted.
Choose the V2 dimensions and nozzle setting
V2 lists 255 × 255 × 260 mm build volume, a 0.4 mm standard nozzle, a 300 °C nozzle limit and a 110 °C bed limit. These are V2 specifications; keep them with the V2 machine profile. Maximum temperatures do not prescribe the right settings for a particular material or override feeder restrictions.
Anycubic Kobra 3 V2 has the following documented build volume: 255 × 255 × 260 mm. A usable build volume sets the boundary for the object you plan to print. Compare the part in its intended orientation with this envelope before choosing the machine. This measurement is different from the printer’s outside dimensions: fitting the printer on a desk does not establish that a particular part fits inside it.
Anycubic Kobra 3 V2 has the following documented nozzle temperature limit: 300 °C. A hotend temperature ceiling is an operating limit, not a complete material-compatibility list or the setting for every print. Read it alongside this model’s documented filament guidance, nozzle configuration and print profiles. The maximum alone does not establish that an enclosure-dependent, abrasive or otherwise restricted material has been approved for this configuration.
Anycubic Kobra 3 V2 has the following documented bed temperature limit: 110 °C. The same configuration lists nozzle temperature limit as 300 °C. Treat the bed limit separately from the hotend limit and the installed print surface. Those entries answer different questions, so a higher nozzle maximum does not automatically give the bed or surface the same capability. Use the documented material and surface combination when selecting a print profile rather than treating the maximum as a universal adhesion setting.
Anycubic Kobra 3 V2 has the following documented standard nozzle diameter: 0.4 mm. The same configuration lists tpu feed constraint as TPU: single-color path, not ACE Pro. Identify the installed nozzle and the exact documented replacement route before changing a print profile or ordering a spare. Diameter, material and printer-family fit are separate parts of that check. A listed option is not necessarily included in the box, and an accessory for another toolhead cannot be declared interchangeable from its appearance or nominal diameter alone.
Exact product identity
Product identifiers in official records
GTINs, UPCs, manufacturer SKUs and model codes can identify different colors, configurations or bundles. Only identifiers stated in official records are shown; an unpublished ASIN is not inferred.
| Identifier | Exact value | Variant or bundle | Market | Source and review |
|---|---|---|---|---|
| Manufacturer product name | Kobra 3 V2 | Model level | United States | Anycubic · store.anycubic.comAnycubic Kobra 3 V2 — Model identity · |