Cylindrical Milling Cutter 16 mm, Beta Tools 426MD-CT16 (solid carbide / milling tool)

The cylindrical milling cutter with 16 mm cutting diameter from Beta Tools is a solid carbide milling tool designed for precision metalworking operations. It is engineered for use in milling machines and CNC equipment where consistent 16 mm end or side cutting is required. The tool suits standard milling tasks such as slotting, face milling and profile machining on steels and non-ferrous metals when used with appropriate feeds, speeds and coolant.

Advantages

This solid carbide construction offers high rigidity and wear resistance for extended tool life under typical machining conditions. The 16 mm cutting diameter provides predictable material removal and stability when mounted in standard tool holders. Geometry and cutting edges are optimized for consistent chip evacuation and surface finish on a range of metals. The tool's dimensions and carbide composition deliver repeatable accuracy in both plunge and peripheral milling operations.

Suitable for

• Slotting operations with a 16 mm cutter
• Face milling and finishing passes on small-to-medium workpieces
• Profile and contour machining where a solid carbide cutter is required
• CNC milling and manual milling machines compatible with a 16 mm tool

Key specifications

• Cutting diameter: 16 mm
• Material: solid carbide
• Intended use: end and side milling (slotting, face milling, profiling)
• Compatible with milling machines and CNC equipment accepting 16 mm cutters

How to use

Secure the cylindrical milling cutter in an appropriate collet or tool holder rated for solid carbide tools and a 16 mm diameter. Set spindle speed and feed rate according to the workpiece material and carbide grade, and apply suitable coolant or lubrication if required. For slotting, take multiple light passes rather than a single heavy cut to reduce tool deflection; for face or profile milling, maintain consistent engagement and avoid sudden changes in depth of cut. Inspect the cutter before use for damage or wear, and follow machine manufacturer safety procedures during operation.

Usage recommendations

Select cutting parameters based on the specific alloy and hardness of the workpiece: lower speeds for hardened steels, higher speeds for non-ferrous metals, and moderate feeds to balance surface finish and tool life. Replace the cutter when wear compromises dimensional accuracy or surface quality.