Metal milling cutter Abraboro Typ M 6.0 x 50/20 — sharp taper TCT

Abraboro metal milling cutter Typ M 6.0 x 50/20 — sharp taper TCT is a solid rotary tool designed for precision metalworking operations. The cutter features a sharp taper geometry with tungsten carbide-tipped (TCT) cutting edges intended for slotting, profiling and finishing tasks on various metallic materials. Its dimensions 6.0 x 50/20 describe the working diameter and length proportions to support controlled chip removal and repeatable results in production and repair environments.

Advantages

The TCT cutting head provides increased wear resistance compared with standard high-speed steel, enabling longer tool life under typical metal cutting conditions. The sharp taper geometry improves edge penetration and reduces cutting forces for cleaner slots and profiles. The solid construction and balanced design offer stability at moderate spindle speeds, helping maintain dimensional accuracy and surface quality during sequential machining steps.

Suitable for

• Slotting operations in steel, stainless steel and non-ferrous alloys
• Profiling and contour milling of metal components
• Finishing passes to improve surface quality after roughing
• Small series production and repair work in workshops and fabrication shops

Key specifications

• Cutting head type: tungsten carbide-tipped (TCT)
• Geometry: sharp taper for precise edge engagement
• Nominal diameter: 6.0 mm
• Overall/working length proportion: 50/20 (length related to diameter)
• Application material: ferrous and non-ferrous metals
• Construction: solid milling cutter designed for rotary metal cutting

How to use

Install the milling cutter in a compatible collet or chuck and verify concentricity before machining. Select spindle speed and feed rate according to the workpiece material and cutter diameter to avoid excessive temperature and tool wear; use coolant or cutting fluid where appropriate for improved tool life and chip evacuation. Perform trial cuts to fine-tune parameters, taking light finishing passes if high surface quality is required. Inspect the cutter periodically for wear or chipping and replace when cutting performance degrades.

Usage recommendations

Use appropriate personal protective equipment and follow machine safety procedures. For best results on harder alloys, reduce cutting depth and increase coolant flow. Avoid heavy interrupted cuts that may cause chipping of the carbide tips.