Monolitná karbidová 90° odhrotovacia fréza 8mm AlTiN povlak

Precision chamfering, deburring, and countersinking in a single tool—this solid carbide cutter with a 90° included angle and AlTiN coating delivers clean edges and long life even in demanding materials. Unlike standard HSS chamfer tools, the monolithic carbide construction and advanced coating allow higher cutting speeds, reduced wear, and consistent results across steel, stainless steel, cast iron, non-ferrous metals, and hardened steel.

Highlights

• Solid carbide (VHM) body for maximum rigidity and tool life
• AlTiN (Aluminum Titanium Nitride) coating for high heat resistance and low friction
• 90° included angle with 45° cutting edge angle relative to tool axis
• Three flutes for smooth cutting and excellent chip evacuation
• Cylindrical shank with h6 tolerance for precise tool holding
• Conforms to DIN 335 Form C for standardized applications

In daily use

Mount the cutter in a collet chuck or hydraulic holder with the 8 mm shank. The 8 mm cutting diameter and 60 mm overall length make it suitable for both manual and CNC machines. Apply appropriate speeds and feeds for carbide tooling; the AlTiN coating allows dry machining in many cases, though coolant can further extend life. The 90° point is ideal for producing chamfers, deburring hole edges, and countersinking for flat-head screws.

Full specifications

• Tool type: Chamfering cutter
• Material: Solid carbide (VHM)
• Coating: AlTiN
• Included angle: 90°
• Cutting diameter (D1): 8.00 mm
• Shank diameter (D2): 8.00 mm
• Overall length (L1): 60 mm
• Number of flutes: 3
• Cutting edge angle: 45°
• Shank type: Cylindrical
• Shank tolerance: h6
• Application: Chamfering, deburring, countersinking
• Workpiece material compatibility: Steel, stainless steel, cast iron, non-ferrous metals, hardened steel
• Tool geometry: Single-ended
• Manufacturing standard: DIN 335 Form C

Final note

A professional-grade chamfering solution that combines precision geometry with advanced coating technology for reliable performance across a wide range of materials.