With innovative 3D printed nozzles, you can apply adhesive in perfectly matched beads, saving you the need to draw additional beads and increasing your accuracy. The last, crucial centimeter of adhesive becomes a real game changer with these tailor-made nozzles.
Less waste, more efficiency and perfectly adapted application geometries - this is how you optimize your industrial bonding processes to a new level.
Discover the world of 3D printed nozzles and mixers. Innotech Marketing und Konfektion Rot GmbH and Formenfrei 3D GmbH 3D are your contacts.
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Precise bonding minimizes consumption and optimizes processes
Frequently Asked Questions (FAQ)
Question: What advantages do 3D-printed nozzles offer for adhesive application?
Answer: 3D-printed nozzles can be precisely adapted to the required application geometry. This allows the adhesive to be applied more accurately and the process to be better tailored to the specific application.
Question: How can customized nozzles increase bonding efficiency?
Answer: Specially designed nozzles make it possible to apply the required adhesive bead directly in the desired shape. This can eliminate the need for additional beads or further process steps and reduce processing time.
Question: How do 3D-printed nozzles help reduce adhesive consumption?
Answer: By precisely designing the nozzle, the adhesive is applied exactly where it is needed and in the required amount. This helps reduce over-application and unnecessary material consumption.
Question: Why is the application geometry so important in industrial bonding?
Answer: The shape and size of the adhesive bead influence the quality and reproducibility of the bonding process. An optimally adapted geometry ensures that the adhesive is applied evenly and appropriately for the specific component situation.
Question: For which applications are individually developed 3D-printed nozzles particularly suitable?
Answer: They are especially suitable for industrial bonding processes where standard nozzles cannot achieve the required geometry or precision. Customized solutions can help make complex applications more efficient, accurate, and material-saving.
