Cutting Mill Abraboro ABRABORO Typ B 8.0 x 64/19 TCT cylindrical metal cutter

The Abraboro ABRABORO Typ B 8.0 x 64/19 TCT cylindrical metal cutter is a rotary milling cutter with tungsten carbide tipped (TCT) cutting edges designed for machining metal surfaces and profiles. Its cylindrical tooth geometry and TCT tips provide consistent material removal for shaping, slotting and finishing operations on a range of ferrous and non-ferrous metals. The tool is intended for installation in milling machines and machining centers where durability and wear resistance are needed for medium- to high-volume metalworking tasks.

Advantages

The TCT cutting edges offer enhanced wear resistance and maintain cutting performance over longer tool life compared with conventional HSS teeth. The cylindrical form and precise tooth arrangement ensure uniform chip evacuation and stable cutting behavior, reducing vibration and improving surface finish. The cutter’s design supports repeatable dimensional accuracy and efficient material removal rates, which helps to shorten machining cycles on compatible equipment.

Suitable for

• Shaping and profiling metal parts on milling machines
• Slotting and keyway cutting in shafts and components
• Finishing passes to achieve required surface quality
• Batch machining and short to medium production runs

Key specifications

• Cutter type: cylindrical rotary milling cutter with TCT (tungsten carbide tipped) teeth
• Cutting diameter: 8.0 mm
• Cutter length/working face: 64 mm
• Tooth count/geometry: 19 teeth arranged for continuous cutting
• Material suitability: designed for ferrous and non-ferrous metals
• Application: milling machines and machining centers

How to use

Mount the cylindrical cutter securely in a compatible arbor or tool holder designed for the specified diameter and cutter length. Verify runout and clamping force to ensure concentricity before starting the operation. Set spindle speed and feed rate according to the workpiece material and carbide tip recommendations; begin with conservative parameters and adjust to optimize cutting performance and surface finish. Use appropriate coolant or cutting fluid when machining tougher alloys to extend tool life and maintain chip evacuation. Inspect the cutter regularly for wear or damage and replace when cutting performance deteriorates.

Usage recommendations

For best results, match cutting speeds and feed per tooth to the workpiece material and machine rigidity. Use coolant for high-temperature alloys and monitor chip formation to prevent built-up edge. Store the cutter in protective packaging to prevent tip damage between uses.