Premium Coating Technologies & Insert Grades
The core advantage of Koriko tooling lies in its proprietary substrate metallurgy and advanced coating layers. Koriko's CVD coated grades are optimized for high-speed continuous turning of cast iron and medium-to-carbon steels. The thick Aluminum Oxide (Al2O3) and Titanium Carbonitride (TiCN) coatings provide a powerful thermal barrier, allowing CNC operators to run at elevated cutting speeds (Vc) without compromising tool life.
For interrupted cuts and stainless steel machining, Koriko's PVD coated inserts feature ultra-fine grain structures combined with Titanium Aluminum Nitride (TiAlN) coatings. This offers unmatched toughness and prevents micro-chipping along the cutting edge. Additionally, the optimized chipbreaker designs ensure excellent chip control, reducing power consumption on the CNC spindle and improving surface finish roughness (Ra) values.
Key Product Ranges Offered
- CVD Coated Turning Inserts: Engineered for steel roughing and finishing. Available in standard geometries (CNMG, WNMG, DNMG, TNMG) with versatile chipbreaker options.
- PVD Coated Milling Inserts: Specialized milling inserts for face milling, profiling, and copy milling of tough alloy steels and exotic superalloys.
- Indexable Turning Tool Holders: High-rigidity external and internal tool holders equipped with robust lever clamping or top-clamp mechanisms for zero insert movement.
- Boring Bars & Boring Systems: Anti-vibration steel and carbide shank boring bars designed for deep-hole internal profiling and finishing.
Applications in Modern Manufacturing
Whether it is turning large shafts for automotive drivetrains or face milling heavy die blocks in tool rooms, Koriko products provide a predictable tool life. Machine shops experience reduced setup times and lower cost-per-edge ratios, which directly translates into higher productivity and maximum output. Valency Industries distributes the complete range of Koriko tooling with full technical support to configure cutting parameters for your specific materials.