PEKK

Le PEKK est un polymère de haute performance de la famille des PAEK, dont les applications sont très variées.

Caractéristiques

COMPATIBLE AVEC

Le PEKK est généralement imprimé et laissé dans un état amorphe. L’utilisateur doit prendre soin de ses conditions de stockage – le PEKK est très sensible à l’humidité. En raison de ses propriétés uniques, il est souvent utilisé pour remplacer les composants faits en alliages métalliques.

Propriétés

Le PEKK est un matériau très polyvalent : il combine la résistance chimique, les propriétés ignifuges et les propriétés mécaniques, qui sont parmi les plus élevées de tous les thermoplastiques connus. Le taux de cristallisation est légèrement inférieur à celui du PEEK, ce qui rend le contrôle beaucoup plus facile et peut conduire à une meilleure adhérence des couches, ce qui signifie qu’une résistance à la traction encore plus importante peut être obtenue dans chaque axe par rapport au PEEK. Cette matière est l’une des meilleurs exemples de polymères ayant des propriétés de résistance élevée.

Lors de l’impression à partir de cette matière sur les imprimantes de 3DGence de la gamme INDUSTRY, des supports solubles peuvent être utilisés. L’ESM-10 est compatible avec cette matière.

WORKS WITH
INDUSTRY F421

WORKS WITH
INDUSTRY F340

PEKK CARBON

PEKK Carbon is a thermoplastic polymer reinforced with carbon fibre which gives a high level of rigidity and heat resistance. Components produced from PEKK Carbon can be exposed to acids and hydrocarbons, like fuels and lubricants, and can be used as elements of engine housings.

PEKK Carbon offers a slower crystallisation speed than PEEK, which enables transformation at lower room temperatures, offering better interlayer adhesion and less warping. Parts are produced with an improved visual finish and better mechanical properties.

WORKS WITH
INDUSTRY F421

PEKK-CF

PEKK-CF is a unique carbon alloy from the PAEK family. It is a pseudo amorphous semi-crystalline material with a low Ether/Ketone ratio that offers excellent thermomechanical properties. Compared to PEEK, PEKK Carbon offers slower crystallisation speed enabling transformation at lower room temperatures, both plate and nozzle, offering better interlayer adhesion and less warping. The print process is easier to set up as well.

PEKK-CF also offers a high level of resistance to UV and high temperatures, in addition to excellent chemical resistance superior even to PEI. Heat deflection temperature is of 150°C. It features UL94 V0 flame retardance capability which is inherent for this material grade. PEKK-CF has a high dielectric stability, thus can be used as an insulator or electrical appliances housing material.

WORKS WITH
INDUSTRY F421

WORKS WITH
INDUSTRY F340

CASE STUDY

3D printed tablet car mount. 3D printed from black ABS

The use of an industrial 3D printer allows easily replacing the grinder's side handle in case of damage of the original.

3D printed tablet car mount

3D printing is a quick method to get custom items. Tablet car mount was made with ABS, the same material as the dashboard, to maintain a similar design.

3D printed server casing

The prototype made with ULTEM™ was used for functional laboratory tests.

3D printed server casing

3D printing is a quick method to get custom items. 3DGence engineer made from reinforced material such as PA-CF a server casing.

Fully functional 3D printed robotic arm

In record time – only 5 days of printing, 3DGence engineers built a 120 kg robotic arm with great repeatability of movement. It has six degrees of freedom and can easily manipulate other objects.

How the company from industrial automation use 3D printer?

The implementation of 3D printing inside the company has a number of benefits. With this technology, Balluff’s engineers can design completely new assembly elements, that are extension of a ready company solution.

3D Printing of PPE Face Shields

How the manufacturing company started utilizing 3D printers for rapid production of PPE Face Shields?

3D print of the anatomical model of the skull

3D printing is increasingly used in medicine and allows for detailed planning of operations. This makes it possible to select the appropriate operating technique, discuss it in the team and shorten the time of the procedure itself.

3D prints of end-use parts used in a belt oil skimmer

The technologists at the company decided to apply 3D printed elements in a belt oil skimmer. The device is used to remove oil build-up in the coolant.

3D printing of a positive mould.

The use of the industrial 3D printer in the performance of project considerably accelerated work on the construction of an electric bike.

Creation a life-size 3D model of the manifold using 3D printing technology.

The use of 3DGence INDUSTRY F340 allowed verifying the vacuum manifold, which is one of the elements creating a hydraulic system of a pump compartment inside fire engines.

3D printed prototype of a patient monitor.

Emtel has implemented 3D printing technology and uses it in the process of prototyping its electronic medical equipment. 3D printouts allowed to verify all critical dimensions of the project, it enabled to implement proper corrections.

3D printed prototype of a tray used in production lines.

The construction of a prototype form is a long-term process, and the implementation time is very important. Check what goals Geo Globe Polska achieved thanks to the 3D printing technology.

3D printed prototype of steering knuckle for racing car

Electric auto-revolution can be supported by 3D printing technology! Using 3D printer AGH Racing could test original design of steering knuckle at a very low cost and in just two days.

L'impression en 3D dans l'entreprise a permis de réduire le délai d'attente pour la pièce nécessaire jusqu'à 25 jours.

La possession d'une imprimante 3D permet de réaliser rapidement un modèle conçu à l'échelle 1:1 avec une précision satisfaisante. Le prototype a été reçu en 5 jours, ce qui a permis d'accélérer le temps nécessaire à la création d'un prototype.

L'impression en 3D dans l'entreprise a permis de réduire de 75% les coûts de fabrication des logements.

AMS-systems économise 3100 € par an sur la production à faible volume d'un seul composant pour ses machines. L'investissement dans l'imprimante 3D s'est amorti en quelques mois seulement.

3D printout of architectural mock-up

In the process of revitalization, it is important to present the building’s body with a high detail referring to the original design. PANOVA created the complex building model based on archival materials from 1897 in 1:75 scale using 3D printing technology.

3D printed prototype of a tray used in production lines.

The construction of a prototype form is a long-term process, and the implementation time is very important. Check what goals Geo Globe Polska achieved thanks to the 3D printing technology.

Nous vous aiderons à choisir une matière appropriée

PEKK

Caractéristiques

COMPATIBLE AVEC
INDUSTRY F421

COMPATIBLE AVEC
INDUSTRY F340

COMPATIBLE AVEC

INDUSTRY F421

INDUSTRY F340

Propriétés

WORKS WITH
INDUSTRY F421

WORKS WITH
INDUSTRY F340

PEKK CARBON

WORKS WITH
INDUSTRY F421

PEKK-CF

WORKS WITH
INDUSTRY F421

WORKS WITH
INDUSTRY F340

CASE STUDY

3D printed tablet car mount. 3D printed from black ABS

3D printed tablet car mount

3D printed server casing

3D printed server casing

Fully functional 3D printed robotic arm

How the company from industrial automation use 3D printer?

3D Printing of PPE Face Shields

3D print of the anatomical model of the skull

3D prints of end-use parts used in a belt oil skimmer

3D printing of a positive mould.

Creation a life-size 3D model of the manifold using 3D printing technology.

3D printed prototype of a patient monitor.

3D printed prototype of a tray used in production lines.

3D printed prototype of steering knuckle for racing car

L'impression en 3D dans l'entreprise a permis de réduire le délai d'attente pour la pièce nécessaire jusqu'à 25 jours.

L'impression en 3D dans l'entreprise a permis de réduire de 75% les coûts de fabrication des logements.

3D printout of architectural mock-up

3D printed prototype of a tray used in production lines.

PEKK

Caractéristiques

COMPATIBLE AVEC

Propriétés

PEKK CARBON

PEKK-CF

CASE STUDY

3D printed tablet car mount. 3D printed from black ABS

3D printed tablet car mount

3D printed server casing

3D printed server casing

Fully functional 3D printed robotic arm

How the company from industrial automation use 3D printer?

3D Printing of PPE Face Shields

3D print of the anatomical model of the skull

3D prints of end-use parts used in a belt oil skimmer

3D printing of a positive mould.

Creation a life-size 3D model of the manifold using 3D printing technology.

3D printed prototype of a patient monitor.

3D printed prototype of a tray used in production lines.

3D printed prototype of steering knuckle for racing car

L'impression en 3D dans l'entreprise a permis de réduire le délai d'attente pour la pièce nécessaire jusqu'à 25 jours.

L'impression en 3D dans l'entreprise a permis de réduire de 75% les coûts de fabrication des logements.

3D printout of architectural mock-up

3D printed prototype of a tray used in production lines.

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