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Outil d’alésage de stator imprimé en 3D pour l’usinage des boîtiers en aluminium de moteur électrique.

Cette version de l’outil comporte une nouvelle structure de bras, un tube central plus grand en fibre de carbone et ne pèse que 7,3 kg.

Cet outil complexe est capable d’usiner trois grands diamètres en une seule opération, ce qui permet aux fabricants de composants automobiles de gagner du temps de réglage et d’usinage et d’offrir une plus grande précision et une meilleure qualité de surface.

Usinant trois diamètres simultanement en une seule opération, cet outil d’alésage de stator assure l’alignement et la concentricité des surfaces usinées tout en réduisant considérablement le temps de cycle.

Cet outil combiné, léger, imprimé en 3D permet un changement d’outil et une rotation plus rapides, même sur des machines moins puissantes.

  

Outil primé

Outil primé

Le nouvel outil redessiné a récemment remporté le prix Best of Industry de MaschinenMarkt dans la catégorie production et fabrication, sélectionné par les votes des lecteurs et des experts de l’industrie. 

Capacités de fabrication additive

Capacités de fabrication additive

Les bras de forme aérodynamique avec arrosage interne et technologie d’alésage RIQ.

Capacités de fabrication additive

Capacités de fabrication additive

Caractéristiques internes et externes complexes rendues possibles par la fabrication additive

Lubrification interne

Lubrification interne

L’évacuation des copeaux est assuré par un bras de forme aérodynamique qui est pourvu d’un arrosage interne pour assurer un approvisionnement en lubrifiant précis et puissant aux arêtes de coupe et aux patins.

Porte-outils orientables

Porte-outils orientables

Le porte-outil orientable SIF™ permet une compensation du faux rond et des imprécisions angulaires causés par la broche

Numérotation du logement

Numérotation du logement

Les logements numérotés garantissent une gestion et une documentation efficaces des plaquettes et des arêtes de coupe.

Options de conception de l’outil

Options de conception de l’outil

Variante de design avec 12 logements à l’avant.

  

Évolution de la conception

Conception de première génération (9,5 kg) à gauche, et conception de derniére génération de l’outil (moins de 8 kg) à droite pour un changement d’outil sans difficulté.

  

Simulation de processus

  

  

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