cutting tool inserts online manufacture

Source Supplier Customized High Quality,TNGG110304R,Standard boring inserts Read More

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 ... Read More

Suitable for machining, mild steel refers to low-carbon steel with a low carbon content (typically 0.25%), characterized by good plasticity, low hardness, easy formability, and excellent weldability. Applicatio... Read More

This series of inserts belongs to standard grooving inserts. For custom requirements, please contact our online customer service or leave your contact information for further assistance. Inserts with HYB208 ... Read More

Inserts with HYB208,HYB308 coating are suitable for machining difficult-to-machine materials except high-temperature alloys. HYB208A is also applicable to difficult-to-machine materials, but provides smoother ... Read More

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. ifficult-to-machine ... Read More

Core Advantages of Uncoated Inserts for Aluminum Machining: Advantage Key Benefit Exceptional Sharpness Prevents material adhesion at the source Polished Surface Directly improves workpiece finish Smooth Chip ... Read More

CNC Carbide Special Grooving Insert Series Model LFG3.5-V120N CVD Coating HYZ09 - For Mild Steel Machining Suitable for machining, mild steel refers to low-carbon steel with a low carbon content (typically 0.25... Read More

CNC Carbide Special Grooving Insert Series Model HYLFG4.0-P CVD Coating HYZ09 - For Mild Steel Machining Suitable for machining, mild steel refers to low-carbon steel with a low carbon content (typically 0.25%)... Read More

CVD Coated Milling Inserts CVD-coated indexable milling inserts are manufactured by depositing multi-layer composite coatings on cemented carbide substrates through Chemical Vapor Deposition technology. They ... Read More