Source Supplier Customized High Quality,CCGT09T3015-TC(30010695),Standard boring inserts We provide adaptive coating solutions tailored to your insert's processed materials, delivering consistent performance ... Baca lebih lanjut
CNC Carbide Special Grooving Insert Series Model LFG5.53-V120N Suitable for machining, mild steel refers to low-carbon steel with a low carbon content (typically ≤0.25%), characterized by good plasticity, low ... Baca lebih lanjut
Source Supplier Customized High Quality 40(SN15T7),Heavy-duty peeling series inserts.Belongs to the milling series of CNC inserts. Heavy - duty peeling series blades are used to strip the outer wrappings of ... Baca lebih lanjut
Its core function is to be installed on the milling cutter body and cooperate with the machine tool movement to efficiently form structures such as keyways, right - angled grooves, and irregular grooves. It is ... Baca lebih lanjut
Source supplier customized high-quality HY42(SN1206) heavy-duty peeling series inserts, belonging to the milling series. Heavy - duty peeling series inserts are used to strip the outer wrappings of various ... Baca lebih lanjut
Capable of machining carbon steels, stainless steels, cast iron, and similar materials, suitable for finish machining. Cermet Inserts Machining Range and Technical Analysis 1. Process Type Compatibility ... Baca lebih lanjut
Model HYL160402-5, 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... Baca lebih lanjut
Application Fields Machining: It is widely used in the processing of various mechanical parts. For example, it is used to machine keyways on shaft - type parts and sealing grooves on box - type parts. It is an ... Baca lebih lanjut
Difficult-to-machine materials include — Hardened steels, titanium alloys, stainless steels, etc. Application Fields Machining: It is widely used in the processing of various mechanical parts. For example, it ... Baca lebih lanjut