Cutting End Mill EXO EXO PRO Z with Sintered Carbide Tip, Oval, 5.0 mm

The EXO PRO Z cutting end mill by EXO is an oval-profile milling cutter with a sintered carbide tipped cutting edge and a 5.0 mm diameter. It is designed for precision milling operations where a wear-resistant tip and consistent cutting geometry are required. The tool's oval profile provides a defined engagement with the workpiece, supporting profiling, slotting and finishing passes on materials suitable for carbide-tipped tools.

Advantages

The sintered carbide tip delivers increased wear resistance and maintains edge sharpness over prolonged use, reducing the frequency of tool changes. The oval geometry promotes stable cutting conditions and smoother chip evacuation compared with standard cylindrical end mills. A 5.0 mm diameter provides a balance between rigidity and accessibility for small to medium features, enabling controlled material removal and repeatable surface quality.

Suitable for

• Precision profiling and contouring on compatible materials
• Slotting operations with controlled cut depths
• Finishing passes to achieve consistent surface quality
• Applications where a wear-resistant tipped tool is preferred

Key specifications

• Tool type: Oval-profile cutting end mill with tipped cutting edge
• Tip material: Sintered carbide
• Shank/overall diameter: 5.0 mm cutting diameter
• Intended use: Precision milling, profiling, slotting, finishing

How to use

Select appropriate spindle speed and feed rate based on the workpiece material and machine rigidity; refer to carbide tooling guidelines for speeds and feeds. Secure the EXO PRO Z end mill in a suitable collet or tool holder with correct runout tolerance to preserve tip life. Use incremental and controlled depth passes for slotting or profiling to minimize shock loads on the tipped cutting edge. Maintain steady coolant or air blast as required for the material to assist chip evacuation and to control temperature at the cutting zone.

Usage recommendations

Monitor tool wear and inspect the sintered carbide tip regularly; replace the cutter when edge wear or chipping affects finish quality. For best results, match cutting parameters to workpiece hardness and use stable fixturing to exploit the tool's geometry and tip performance.