3D printed extraction nozzle

Boosting efficiency with innovative industrial cleaning systems

Efficiency is paramount in modern manufacturing environments. A recurring problem in material processing is the generation of drill chips, for example during simultaneous double drilling on machines. Existing methods for removing the chips are time-consuming and often result in increased contamination of the working environment.

This challenge also affected Ensinger's internal production areas. Our production colleagues needed an effective solution to continuously and simultaneously extract the swarf during simultaneous double drilling - without manual effort and without contaminating the production environment. The solution had to be cost-effective, enable precise positioning over the drill holes and be easy to manufacture and install.

Tailor-made production with Ensinger's 3D printing service

Based on the requirements of our production colleagues, the Ensinger 3D team developed an innovative extraction nozzle using TECAFIL PA6 GF30 black. The material from our extensive filament portfolio not only offers the necessary stiffness and robustness for use in demanding production environments, but can also be produced cost-effectively on standard 3D printers such as the Ultimaker. By using an Ensinger material, we were able to draw on our in-house expertise throughout the production process, which further supported the development and realisation of this solution. 

Using 3D printing, we were able to produce the component quickly, accurately and efficiently, allowing it to be smoothly integrated into the production process. The precise positioning of the extraction nozzle above the drill holes ensures effective chip extraction throughout the drilling process.
PA filament TECAFIL PA6 GF30 black 2,85 Teaser
TECAFIL PA6 GF30 black - 2,85 mm
Using 3D printing, we were able to produce the component quickly, accurately and efficiently, allowing it to be smoothly integrated into the production process. The precise positioning of the extraction nozzle above the drill holes ensures effective chip extraction throughout the drilling process.

Optimising production processes with 3D printed industrial cleaning equipment

Customised solution

3D printing allowed the extraction nozzle to be precisely adapted to the geometry of the drill holes, ensuring optimum extraction performance. This customisation was important for efficient chip extraction.

Rapid prototyping

3D printing allowed prototypes to be produced and tested quickly, reducing development time. This allowed for iterative development to ensure the extraction holder worked optimally.

Easy production and installation

The 3D printing process does not require complex tooling or fixtures, but does require manufacturing and materials expertise. Ensinger's 3D printing team is therefore not only trained in 3D printing technologies, but also has extensive knowledge of plastics manufacturing and processing. This made it easier to manufacture and install the suction cup holder in the production environment.

Beneficial material properties

TECAFIL PA6 GF30 black offers an ideal combination of low cost availability and excellent mechanical properties. It is stiff, strong and robust, and can be processed quickly and easily on standard 3D printing machines, which is why it is often used for jigs and fixtures. Alternatively, materials such as PC or glass or carbon fibre reinforced PET-G can be used, depending on the specific requirements of the project.

Benefit from our 3D print Service

The component was manufactured and ready for installation in a matter of hours. The implementation of the new solution led to a significant improvement in the production environment. Manual chip extraction has been eliminated, which not only saves time, but also increases productivity and improves the overall efficiency of the production process. Employees can now concentrate on value-adding activities, while chip extraction is performed automatically and reliably.

By using modern materials and production technologies, companies have the opportunity to optimise their processes and strengthen their competitiveness. We would be pleased to advise you personally on applications and material selection.

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