Utilizing a special dedicated carbide substrate and Super FF Coat, this new P10 grade with excellent wear-resistance covers from high to medium speed machining.
This P20 grade offers stability and longer tool life by utilizing a special dedicated carbide substrate and Super FF Coat that enhances the grade’s fracture and wear resistance.
Utilizing a special tough carbide substrate and Super FF Coat to achieve stability and longer tool life, with increased toughness from P30 grades and wear resistance close to P20 grades.
Achieving one-up on machined surface quality with the excellent lubricity PVD [Brilliant Coat]. This general purpose coated cermet, with excellent wear resistance, constantly produces high-quality machined surface.
Highly reliable coated grade that utilizes a tough cermet substrate.
Exhibiting exceptional wear resistance in continuous finishing processes. This cost effective and high wear resistant, uncoated cermet achieves consistent surface finishes not only in steel but cast iron and sintered alloys as well.
New general purpose grade with an improved balance of wear and fracture resistance, providing excellent surface finish over a wide range of cutting conditions.
Carbide grade for high to medium speed machining of general steel.
General-purpose carbide grade for machining general steel.
Carbide grade for medium to low speed machining and roughing of steel.
Superior wear and plastic deformation resistant grade, that utilizes a high hardness carbide substrate coupled with the high hardness Super FF Coat for high speed to continuous turning of Cast Iron.
1st Choice grade for cast iron turning that utilizes a special carbide substrate with the high hardness Super FF Coat, to achieve stability and long tool life in a wide range of applications that includes interrupted cutting.
Utilizing a special dedicated carbide substrate coupled with the Super FF Coat to achieve stability and long tool life for roughing to interrupted cutting of ductile cast iron and gray cast iron.
For strong interrupted machining of ductile cast iron.
Cost effective, uncoated cermet grade suitable for cast iron finishing, which requires high hardness.
Carbide grade for general turning and general milling of cast iron.
Al2O3 + carbide based ceramic grade. For finishing and boring of cast iron.
100% solid CBN sintered compact with excellent thermal shock resistance.
For machining cast iron and exotic alloys with improved wear and fracture resistance.
Optimized grade for cast iron machining with excellent wear and fracture resistance.
Suitable for machining of difficult-to-cut cast iron materials with an abrasion-resistant base material and coating.
For machining of hardened steel. Utilizing a new PVD coating with super multi-layered, nanometer thick TiAlN and AlCrN layers that provides exceptional wear resistance, when combined with a carbide substrate.
Al2O3 based super-hard ceramic + ZX Coat. For low speed to light, continuous turning of hardened steel.
Improves the wear resistance of coating and substrate and stably achieves excellent surface roughness.
Provides long tool life in general and high-efficiency cutting thanks to tough substrate coated with a highly wear-resistant and adhesive layer.
Using an excellent wear resistant coating that is suitable for high speed finishing.
Achieving stability in high precision finishing of hardened steel.
Boasts long tool life with a tough substrate and an excellent wear resistant coating.
Suitable for finishing of workpieces with mixed interrupted and continuous cut portions.
Suitable for high speed machining with its best-in-class wear and fracture resistance.
Wear resistant grade suitable for high speed machining.
Excellent crater wear resistant grade suitable for high efficiency machining where cutting temperatures are high.
General purpose grade for hardened steel machining with a good balance of wear and fracture resistance.
Exhibits superior fracture resistance in high speed machining and is also suitable for high speed interrupted machining of hardening steel.
Providing the best-in-class cutting edge strength and is suitable for heavy interrupted machining.
M10 carbide grade which achieves high efficiency machining of stainless steel with improved wear resistance, by utilizing a special carbide substrate and a thin Super FF Coat.
General purpose grade with improved wear and fracture resistance for stainless steel machining that utilizes a tough, dedicated carbide substrate coupled with a thin Super FF Coat.
For interrupted machining of stainless steel. Utilizing a new PVD coating with super multi-layered, nanometer thick TiAlN and AlCrN layers that provides exceptional fracture resistance, when combined with an extra-tough carbide substrate.
For heavy interrupted machining of stainless steel. Utilizing a new PVD coating with super multi-layered, nanometer thick TiAlN and AlCrN layers that provides exceptional fracture resistance, when combined with a fine-grained, tough carbide substrate.
For finishing to medium cutting of exotic alloys. Utilizing a new PVD coating with super multi-layered, nanometer thick TiAlN and AlCrN layers coupled with a dedicated tough carbide substrate, to achieve stable and long tool life with superior wear and thermal resistance.
For medium to roughing of exotic alloys. Utilizing a new PVD coating with super multi-layered, nanometer thick TiAlN and AlCrN layers coupled with a dedicated tough carbide substrate, to achieve stable and long tool life with superior wear and thermal resistance, even under interrupted conditions.
Uncoated grade for continuous turning of exotic alloys. Long tool life with excellent wear and peripheral damage resistance.
Tough grade for titanium machining with excellent fracture and thermal resistance. Perfect for interrupted cutting and mill-scaled work.
SiC whisker reinforced ceramics. For heat-resistant alloys and hardened roll machining.
CBN grade with improved wear and fracture resistance, for the machining cast iron and exotic alloys.
High density, ultra fine grained sintered diamond that boasts best-in-class wear and fracture resistance, as well as excellent cutting edge integrity.
Fine grained sintered diamond that exhibits a good balance of wear resistance and workability.
Carbide grade for high speed finishing of non-ferrous metal.
Utilizing a new PVD coating with super multi-layered, nanometer thick TiAlN and AlCrN layers coupled with a fine grained tough carbide substrate, to achieve superior wear resistance.
Suitable for finishing of sintered alloys due to its ability to maintain excellent edge sharpness.
For roughing of sintered alloys with improved wear and fracture resistance.
