Cutter EXO PRO Z carbide-tipped radius-end mill 6.0 mm shaft by EXO

EXO PRO Z carbide-tipped radius-end mill with a 6.0 mm shaft is a solid cutting tool designed for precision milling and profiling where a rounded corner geometry is required. Manufactured for operations on metals and other harder materials, this tool offers stable cutting performance for finishing and semi-finishing passes in CNC or manual milling environments. The radius-end geometry produces defined corner radii and reduces stress concentration at edges during contouring and pocketing tasks.

Advantages

The EXO PRO Z combines a carbide-tipped cutting edge and a compact 6.0 mm shank to provide wear resistance and rigidity suitable for fine finishing operations. Its rounded end geometry allows smooth transitions on contours and improved surface quality while reducing the need for secondary corner rounding. The tool design supports consistent chip evacuation and stable cutting forces, which helps maintain dimensional accuracy over extended runs.

Suitable for

• Precision profiling and contour milling on steel, stainless steel, and hardened alloys
• Finishing and semi-finishing passes where a defined corner radius is required
• CNC milling and manual machining of small features, pockets, and fillets
• Operations that demand repeatable edge radii and improved surface finish

Key specifications

• Tool type: radius-end (rounded) milling cutter with carbide tip
• Shaft diameter: 6.0 mm
• Material compatibility: steels, stainless steels, and other harder alloys
• Application: finishing and semi-finishing passes, profiling and contouring
• Suitable for: CNC routers and manual milling machines

How to use

Install the cutter in a properly sized collet or chuck that secures the 6.0 mm shaft to minimize runout. Select machining parameters (spindle speed, feed rate, and depth of cut) appropriate for the workpiece material and machine rigidity; use lower axial depths for finishing passes to achieve the required surface quality. When profiling, program ramping and lead-in/lead-out moves to avoid sudden tool engagement. Ensure proper coolant or air blast for chip removal if machining materials that generate long or hot chips.

Usage recommendations

For optimal results, verify concentricity after tool clamping, use recommended cutting data for the specific alloy, and prefer multiple light passes over a single heavy cut. Regularly inspect the cutting edges for wear and replace the tool when surface finish or dimensional tolerance degrades.