Hard alloy carbide milling cutter with spiral cutting edge and multiple diameter options

This carbide milling cutter offers a practical solution for milling applications requiring durable cutting tools. Constructed from hard alloy, it provides resistance to wear during operation, making it suitable for various materials. Available in multiple diameter and length combinations, from D4 to D20 sizes, the cutter features a spiral cutting edge design that facilitates efficient chip removal and smoother cutting action. With a straight shank configuration and four cutting slots, this tool provides multiple cutting surfaces for extended operational life between sharpening intervals.

Features and Construction

The milling cutter's design focuses on practical performance through its material selection and dimensional specifications. Available models cover a range of diameters and lengths to suit different milling requirements and machine capacities.

Material and Build

Constructed from hard alloy, this milling cutter offers enhanced resistance to wear compared to standard tool steels. The spiral cutting edge design facilitates efficient chip evacuation during operation, reducing heat buildup and potentially extending tool life. The four cutting slots provide multiple cutting surfaces, which can distribute wear more evenly across the tool during use.

Size and Practical Fit

Available in diameter combinations from D4 to D20, with corresponding blade lengths from 3 to 70mm, this cutter accommodates various milling depths and widths. Full tool lengths range from 50 to 150mm, providing options for different machine setups and clearance requirements. The straight shank design, with diameters from D3 to D20mm, ensures compatibility with standard milling machine holders and collets commonly used in workshop environments.

Uses and Placement

This milling cutter serves multiple applications across different machining contexts, from workshop maintenance to production environments requiring material removal operations.

Event or Professional Use

In professional machining environments, these cutters can handle various materials that benefit from hard alloy tooling. The availability of multiple diameter and length combinations allows machinists to select appropriate tools for specific job requirements, whether for shallow profiling or deeper slotting operations. The straight shank design ensures straightforward installation in standard milling machine holders commonly found in workshops.

Everyday Home Use

For home workshop applications, this milling cutter provides a durable option for occasional milling tasks on suitable materials. The range of available sizes means users can select a tool appropriate for their specific machine capacity and project requirements. The hard alloy construction offers practical durability for intermittent use without requiring frequent replacement.

Benefits and Buying Value

The practical advantages of this milling cutter stem from its material properties and dimensional options, providing users with flexibility and durability in their milling operations.

Reuse and Low Maintenance

The hard alloy construction offers resistance to wear that can extend operational life between sharpening intervals. The four cutting slots provide multiple cutting surfaces, potentially allowing for indexable use in some applications before requiring resharpening. The availability of multiple diameter and length combinations means users can select appropriately sized tools for specific jobs, potentially reducing tool changes during complex operations.

Why Choose This Product

This milling cutter offers practical advantages through its hard alloy construction and range of available sizes. The material provides enhanced wear resistance compared to standard tool steels, while the multiple diameter and length options accommodate various milling requirements. The straight shank design ensures compatibility with common milling machine holders, and the four cutting slots provide multiple cutting surfaces for extended tool life during operation.