Ultimaker Print Core AA

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    Ultimaker Print Core AA

      The Ultimaker Print Core AA is an interchangeable print head designed for reliable printing of build materials on compatible Ultimaker dual-extrusion printers. Its quick-swap design minimises downtime and allows users to efficiently switch between materials or nozzle sizes to suit different applications.

      $217.94 Incl. GST

        Printing with Support Materials?

        Use a dedicated support core to enable complex prints and easier part removal.

        Description

        A print core is a compact hot end, which can be exchanged without any tools. The print cores contain the nozzle, heater block, heater and sensor, and a small EEPROM chip. The filament is heated up inside the print core and extrudes from the nozzle. There are several types of print cores, which may look a little different, but all contain the same kinds of components.

        Compatible Materials

        The AA print core is compatible with all (non-abrasive) UltiMaker build materials, such as PLA, ABS, PETG, CPE, PC, TPU 95A, PP, Breakaway.

        Compatible Printers

        0.8 mm Application

        Designed for fast, efficient printing, the AA 0.8mm core is ideal for quickly producing draft models and large parts.

        0.4 mm Application

        A go-to choice for a broad range of printing tasks, the AA 0.40mm print core delivers solid performance across various materials.

        0.25 mm Application

        Specialised for ultra-fine detail, this print core provides exceptional quality prints with a minimal 0.25mm nozzle diameter.

        What is a Print Core?

        1. Barrier tube. This part guides the filament from the end of the Bowden tube into the hot end.
        2. Top bracket. You hold this part when inserting or removing the core. It is transparent to show the LED to indicate the core's status.
        3. PCB. This board connects to the PCB inside the print head. The EEPROM chip contains information about the print core type, nozzle size, and printing hours.
        4. PT100. (right) This sensor registers the nozzle temperature.
        5. Heater cartridge. (left) Heats up the nozzle.
        6. Spring. This spring compresses to allow nozzle lifting and exchanging the print core.
        7. Lever. Squeeze this lever upward to compress the spring when removing or inserting the print core.
        8. Heat sink. The ridges help cool the print core, to prevent the heat from traveling too far upward.
        9. Bracket. The 'body' of the core. The type and nozzle size are printed on the front.
        10. Heat break. This thin aluminum part prevents the heat from the nozzle from traveling upward.
        11. Heater block. This part is heated up during printing to the material-specific temperature.
        12. Nozzle. Material extrudes from the nozzle. Different types and sizes are available.

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