ISOinsert grade chart

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A single tool body can accommodate inserts of different pitch sizes. Ideal for workpieces that require few processes. Minimal deflection even with long overhang length to enable high quality thread milling.

Insertmaterialgrade chart

The high-efficiency thread mill AT-2 R-SPEC is engineered to dramatically reduce machining time in non-ferrous metal applications such as aluminum alloy by its continuous helical cutting ability, which combines drilling and threading into a single process.

The "reference value of tool radius offset" necessary for thread milling is displayed on the tool shank. By using this value, setup time can be greatly reduced.

Superior thread milling products and supportive tools for achieving the perfect thread even under challenging cutting conditions.

A video that introduces the basic usage of ThreadPro. Enables easy creation of NC programs even for first time thread mill users.

Sandvikinsert grade Chartpdf

Insert grade chartpdf

WX-PNC: suppresses vibration with 30 ° helical flute geometry. Superior durability can be achieved with the utilization of OSG's toughest premium carbide substrate.

WX-PNC: suppresses vibration with 30 ° helical flute geometry. Superior durability can be achieved with the utilization of OSG's toughest premium carbide substrate.

Carbideinsert grade chart

Revolutionary 1-pass thread mill for high quality threading. Evolution from conventional 2-pass cutting to 1-pass cutting by preventing bending, thus reducing cutting time.

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Turning insert grade comparison chartpdf

The AT-2 thread mill with end-cutting edge for high hardness steels is ideal for highly difficult high hardness steel applications.

A free software that enables users to easily select thread mills and create NC programs. Available in 12 languages and supports 8 NC programming languages.

Thread mills are tools designed to cut threads by milling. Thread mills are used on numerically controlled machining centers (NC) that have simultaneous, triaxle control and helical interpolation functions. In comparison to general tapping, thread milling is more stable with less cutting condition limitations in terms of chip management and coolant lubricity.