Metal Milling Cutter Abraboro Typ C 10 x 64/19 — cylindrical TCT

Metal milling cutter Abraboro Typ C 10 x 64/19 is a cylindrical TCT (tungsten carbide tipped) cutter designed for general metalworking operations. It is intended for machining flat surfaces, slotting and profiling on milling machines and stationary grinders where a durable TCT cylindrical cutter is required. The cutter geometry and carbide-tipped cutting edges deliver consistent material removal and extended service life compared with high-speed steel alternatives.

Advantages

The TCT cutting tips offer increased wear resistance and stable cutting performance when machining a range of ferrous and non-ferrous metals. The cylindrical body provides secure mounting and concentric rotation for accurate surface finishes. Abraboro manufacturing standards ensure dimensional consistency and balance for reduced vibration during operation, supporting longer tool life and predictable removal rates.

Suitable for

• Face milling and surface machining of metal workpieces
• Slotting and creating longitudinal grooves
• Profiling operations on milling machines
• Use in stationary grinders and dedicated milling fixtures

Key specifications

• Type: Cylindrical milling cutter with TCT (tungsten carbide tipped) cutting edges
• Diameter: 10 mm
• Overall length: 64 mm
• Cutting length / usable length: 19 mm
• Material compatibility: suitable for a broad range of metals including steels, cast iron and non-ferrous alloys
• Mounting: designed for use in milling machines and stationary grinders that accept cylindrical cutters

How to use

Secure the Abraboro Typ C cylindrical cutter in the machine spindle or fixture appropriate for cylindrical milling cutters, ensuring correct concentric clamping. Select cutting speeds and feed rates suitable for the workpiece material and the TCT grade; avoid excessive radial depths of cut on the first pass to reduce shock to the carbide tips. Use coolant or lubricant as appropriate for the metal being machined to improve surface finish and chip evacuation. Inspect the cutting edges regularly and replace the cutter when wear or chipping affects dimensional accuracy or surface quality.

Usage recommendations

For best results, match cutting speed and feed to the specific metal and machine rigidity. Maintain stable clamping and minimize vibration. Use appropriate coolant for steel and cast iron; for non-ferrous alloys, adjust feeds to prevent built-up edge. Replace the cutter when cutting performance declines to maintain consistent tolerances and finish.