
Unsere Hochleistungs-Vollhartmetallbohrer liefern die besten Zerspanungsraten der Branche.
Drill Recommendation Chart
GO-Drill - KENNAMETAL´s Erster Mikrobohrer »
- Der Hochleistungsbohrer ist zugeschnitten auf sehr kleine bis mittlere Bohranwendungen.
- Der High-End-Schneidstoff, die Extra-Beschichtung zur verbesserten Verschleißerkennung und die neue, patentierte Geometrie erlauben eine volle Ausnutzung der Standzeit.
- Der GOdrill ist geeignet als sehr kostengünstiges Ein-Weg-Werkzeug im Durchmesserbereich von 1,0 mm bis 12,7 mm.
NEU! BEYOND VOLLHARTMETALLBOHRER FÜR EISEN »
- Die neuen B25*YPC VHM-Bohrer bieten die beste Standzeit und Bohrungsqualität in Grauguss, Sphäroguss, GGV und ADI am Markt. Sie können mit Innenkühlung und MMS angewendet werden.
- Durch die Kombination von einzigartigen Kennametal-Technologien wie der Y-TECH™-Nutgeometrie, der HP-Stirngeometrie, des KCK10 Beyond-Schneidstoffes und neuer Nachbehandlungsmethoden in einem Werkzeug wird der B25*YPC zum ultimativen Produktionswerkzeug für Eisen-Anwendungen.
KENNA UNIVERSALBOHRER »
- High-performance drills for steel and cast iron applications.
- Four-margin design provides stability in challenging hole configurations, such as cross-hole applications.
- Available with and without coolant holes.
Sculptured Edge (SE)-Bohrer »
- Patented solid carbide drill technology ensures cabability to run at highest speeds and feeds in the industry.
- Solid and through-coolant "application-specific" designs for all materials and coolant options.
Deep-Hole Drills »
- Drill holes up to 4x faster than conventional HSS and gun drills.
- Excellent centering abilities with highest possible feed rates.
- Four-margin lands and unique flute design for improved hole straightness and greater chip evacuation.
Flat-Bottom Drills »
- Combines two operations into one: eliminates 180° end mill in flat bottom drilling, then runs at normal solid carbide drill parameters.
- Unique point design with two effective cutting edges for high feed rates.
- Rake angle correction improves chip control, while four-margin land design improved hole straightness and roundness.
Y-Tech Drills »
- YPL point prevents chip jamming, improves drill centering, and makes reconditioning easier.
- Uneven flute-to-flute angle eliminates chipping on margin lands.
- Three-margin land design reduces pendulum motion by directing forces toward the guiding margin. Result: high-hole accuracy and constant diameter.
SPF Drills for Composite (CFRP) Materials »
- Material-specific design and grade to machine carbon fiber-reinforced polymer (CFRP) composite materials by minimizing delamination and increasing tool life.
- Special 90° point angle increases hole quality, with low thrust and improved hole quality.
- Combination of point design, substrate, and coating provides longer tool life with substantially less cutting force.
Triple-Flute (TF)-Bohrer »
- Excellent hole quality at higher feed rates than conventional 2-flute drills.
- Available in solid and through-coolant configurations.
TX-Bohrer »
- X-shaped, free-cutting 130° point design.
- Ideal for high-quality, close tolerance holes that require very good surface finish.
- Designed for gray cast iron, nodular iron, and non-ferrous and aluminum alloy materials.
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