Produit similaire à:
Barre ajustable KM™
Barres d'alésage ajustables KM™
Numéro de matériel3901265
Ref. ISO CatalogueKM63TSD24TTB9KM40Ref. ANSI CatalogueKM63TSD24TTB9KM40
- Arrosage — interne
- Shank - KM-TS ISO 26622
- Queue — KM-TS ISO 26622
- ajustable
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- Aperçu
- Données d'application
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- Pièces compatibles côté machine
- Pièces compatibles côté pièce
- Révision
- FAQ
Numéro de matériel | 3901265 |
Ref. ISO Catalogue | KM63TSD24TTB9KM40 |
Ref. ANSI Catalogue | KM63TSD24TTB9KM40 |
[CSWS] Taille du système côté pièce à usiner | KM40 |
[D2] Diamètre du corps 1 Côté pièce à usiner | 40 mm |
[D2] Diamètre du corps 1 Côté pièce à usiner | 1.575 in |
[D21] Diamètre du corps 2 Côté pièce à usiner | 38.1 mm |
[D21] Diamètre du corps 2 Côté pièce à usiner | 1.5 in |
[F] Dimension F | 0 mm |
[F] Dimension F | in |
[L1] Longueur de référence | 234.55 mm |
[L1] Longueur de référence | 9.234 in |
[L2] Longueur exploitable | 214.55 mm |
[L2] Longueur exploitable | 8.447 in |
Uses and application
- Arrosage — interne
- Shank - KM-TS ISO 26622
- Queue — KM-TS ISO 26622
- ajustable
Créez une Solution pour calculer les avances et vitesses
Après avoir créé une Solution, choisissez simplement l'icône "Avances et Vitesses" et notre système vous fournira ses recommandations. Vous pouvez les personnaliser en ajoutant votre machine et vos spécifications techniques, ou en ajustant votre demande à l'aide des curseurs.
TechnicalInfo
Common Challenges in Internal Machining |
Internal machining operations are very sensitive to chatter and vibrations. Common challenges include: • Unfavorable geometric circumstances. • Machining at extended length-to-diameter ratios. Additionally, internal machining offers little space for a stable tool and has restrictions for coolant supply and chip removal. These factors can lead to chattering, poor surface finish, noisy vibrations, and workpieces that are out of tolerance. Kennametal solves these problems with our portfolio of Tunable Boring Bars. |
Kennametal Tunable Tooling |
The Kennametal Tunable Boring Bars are manufactured with an internal dampening package designed to eliminate chatter in deep-hole boring applications. We manufacture standard tunable bars and have extensive capabilities to design and produce almost any style of tunable product, including boring bars, extensions, holders, rotating adapters, and modular sections. |
Advantages of Kennametal Tunable Tooling |
The features of the Kennametal proprietary Tunable Boring Bar system provide significant advantages: • Optimal rigidity Improved surface quality and close tolerances due to vibration-free machining. • Increased productivity Larger depth of cut and better chip removal by up to 10:1 (steel) and 15:1 (carbide) length-to-diameter ratio. • Machining without chatter or vibration Less noise exposure and improved machining results. • Tunable damping mechanism Bar can be tuned on the machine and tool can be adjusted to account for different vibration behavior. |
Common Challenges in Internal Machining |
Internal machining operations are very sensitive to chatter and vibrations. Common challenges include: • Unfavorable geometric circumstances. • Machining at extended length-to-diameter ratios. Additionally, internal machining offers little space for a stable tool and has restrictions for coolant supply and chip removal. These factors can lead to chattering, poor surface finish, noisy vibrations, and workpieces that are out of tolerance. WIDIA solves these problems with our portfolio of Tunable Boring Bars. |
WIDIA Tunable Tooling |
The WIDIA Tunable Boring Bars are manufactured with an internal dampening package designed to eliminate chatter in deep-hole boring applications. We manufacture standard tunable bars and have extensive capabilities to design and produce almost any style of tunable product, including boring bars, extensions, holders, rotating adapters, and modular sections. |
Advantages of WIDIA Tunable Tooling |
The patented features of the WIDIA patented Tunable Boring Bar system provide significant advantages: • Optimal rigidity Improved surface quality and close tolerances due to vibration-free machining. • Increased productivity Larger depth of cut and better chip removal by up to 10:1 (steel) and 15:1 (carbide) length-to-diameter ratio. • Machining without chatter or vibration Less noise exposure and improved machining results. • Tunable damping mechanism Bar can be tuned on the machine and tool can be adjusted to account for different vibration behavior. |
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