Nozzle shutter deflector for CreatBot D600 Pro3 HS and D1000 Pro HS
Nozzle shutter deflector for CreatBot D600 Pro3 HS and D1000 Pro HS
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15.00 € 15.00 €
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Nozzle shutter deflector for CreatBot D600 Pro3 HS and D1000 Pro HS

CREATBOT-OBT-D600P3-D1000PHS
15.00 € 15.00 €
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units available for shipping in 7 - 12 days
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Approximate delivery date: Thursday 30 July - Thursday 6 August

Industrial 3D printers CreatBot D600 Pro3 HS and D1000 Pro HS incorporate advanced dual extrusion systems designed to work with technical materials and demanding manufacturing processes. Within this set, the nozzle shutter deflector is a key component to ensure the cleanliness of the extrusion system and the final quality of the parts.

This element is part of the inactive nozzle sealing mechanism, acting as a functional complement to the shutter system that prevents drips and material buildup during multimaterial printing or dual nozzle configurations.

Function within the shutter system

The nozzle shutter system present in these printers allows isolating the nozzle that is not in use, preventing molten material from exiting uncontrollably. In this context, the deflector guides and redirects possible filament residues generated during the opening or closing of the shutter.

When small purges or material detachments occur, the deflector prevents these residues from coming into contact with the part being manufactured or adhering to the immediate hotend environment. In this way, a cleaner and more controlled working area is maintained.

Reduction of contamination between materials

In dual extrusion printing processes, especially when different materials are combined, one of the main challenges is to avoid cross-contamination between nozzles. The deflector helps minimize this risk by controlling the trajectory of residues generated during material changes or during the resting phases of one of the nozzles.

This behavior is particularly relevant when using materials with different properties, such as soluble supports or technical polymers, where the presence of small amounts of unwanted material can affect the surface finish or mechanical behavior of the part.

Optimization of print quality

Using the nozzle shutter deflector improves print quality by reducing defects associated with material accumulation in the nozzle. Issues like filament drag, stringing, or accidental droplet deposition on the part are significantly reduced thanks to this component.

In large-format printers like the D600 Pro3 HS and the D1000 Pro HS, where print times are long and parts can reach large dimensions, this type of control is essential to ensure consistent results throughout the entire process.

Integration in the print head

The deflector is integrated directly into the print head assembly, in close proximity to the nozzle shutter system. Its design is adapted to the hotend geometry and material flow, allowing for precise action without interfering with the head movement or filament deposition.

Made of materials resistant to high temperatures, the deflector is capable of withstanding the thermal conditions typical of these equipment, which can reach extrusion temperatures of up to 420 ºC in applications with technical materials.

The nozzle shutter deflector in the CreatBot D600 Pro3 HS and D1000 Pro HS is an essential element for optimizing the performance of the dual extrusion system. Its ability to manage waste, prevent contamination between materials, and improve the cleanliness of the process directly contributes to the final quality of the parts.

In combination with the nozzle shutter system and the rest of the advanced technologies of these printers, this component allows for a more stable, reliable, and industrial manufacturing-adapted printing process.

General information

Manufacturer Creatbot
Filament diameter 1.75 mm mm

Other

HS Code 8477.9
  • Install the deflector only with the printer powered off and the hotend completely cold to avoid damage to the nozzle shutoff system.
  • Verify that the part is correctly aligned with the hotend assembly, ensuring it does not interfere with the print head movement or material deposition.
  • Periodically check that the deflector shows no deformation, wear, or buildup of filament residue that could affect its function.
  • Keep the extrusion area clean, as proper removal of material residues is key to the correct operation of dual-nozzle systems.
  • In dual-extrusion systems, review its behavior after material changes to ensure no dragging or cross-contamination occurs between nozzles.
  • Avoid handling the component while the printer is operating, as it is part of the active residue control system during printing.
  • After any maintenance or replacement, perform a test print to confirm that the shutoff system and material flow are functioning correctly.

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