carbide tool inserts produzione online

Source Supplier Customized High Quality YNMX200705,Heavy-duty peeling series inserts Heavy - duty peeling series inserts are used to strip the outer wrappings of various cables, pipes, etc., and are widely ... Leggi di più

Difficult-to-machine materials include — Hardened steels, titanium alloys, stainless steels, etc. Here is a partial list of our coating types and their application references. You may contact our website ... Leggi di più

Floating Boring Tool Inserts Wc-Co PVD Coating HYL0181304-R0.85 HYB208 ,used for deep hole machining, typically processed on heavy-duty boring mills in CNC machine tools Floating boring tool inserts are ... Leggi di più

Milling Inserts Leggi di più

Model HYH0625R0.8, uncoated condition, carbide substrate, suitable for aluminum machining. Application Fields Reaming is a semi-finishing or finishing process used to achieve high-precision and high-surface... Leggi di più

Model HYL110112-2, uncoated condition, carbide substrate, suitable for aluminum machining. Application Fields Reaming is a semi-finishing or finishing process used to achieve high-precision and high-surface... Leggi di più

Inserts with HYB208 coating are suitable for machining difficult-to-machine materials except high-temperature alloys, while inserts with HY08 coating are designed for aluminum machining. HY150215-2 Customizable ... Leggi di più

Difficult-to-machine materials include — Hardened steels, titanium alloys, stainless steels, etc. Inserts with HYB208 coating are suitable for machining difficult-to-machine materials except high-temperature ... Leggi di più

Suitable for difficult-to-machine materials except high-temperature alloys. Difficult-to-machine materials include stainless steel, hardened steel, nodular cast iron, etc. HYL160502 Application Fields Reaming ... Leggi di più

Suitable for difficult-to-machine materials except high-temperature alloys. Suitable for machining difficult-to-cut materials except high-temperature alloys, offering smoother machining performance compared to ... Leggi di più