Positive Inserts
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First choice for Stainless Steel and Nickel base Metals Positive rake angle Medium hardness and roughness substrate PVD coated Cutting…
AlTiN PVD coated Suitable for steel, stainless steel and supper alloys Ideal for medium to interrupted machining For medium speed…
α-Al2O3 CVD coating. First choice for Steel and general purpose Ideal for stable machining For medium to high speed and…
α-Al2O3 CVD coating. First choice for Steel and general purpose Ideal for medium to Interrupted machining For medium speed and…
High Co steel substrate with fine WC grain PVD coated For Steel and Stainless Steel application Semi-Finishing to Finishing Ideal…
First choice for Steel and general purpose applications Positive rake angle Medium hardness and roughness substrate CVD coated Cutting edge…
First choice for Stainless Steel and Nickel base Metals Positive rake angle Medium hardness and roughness substrate PVD coated Cutting…
Uncoated. First choice for Aluminum and non-ferrous materials Ideal for stable machining for medium to high speed and feed Corner…
Uncoated. First choice for Aluminum and non-ferrous materials Ideal for stable machining for medium to high speed and feed Corner…
Uncoated. First choice for Aluminum, non-ferrous, Titanium alloys and HRSA Ideal for stable machining for medium to high speed and…
Uncoated. First choice for Aluminum and non-ferrous materials Ideal for stable machining for medium to high speed and feed Corner…
Uncoated. First choice for Aluminum and non-ferrous materials Ideal for stable machining for medium to high speed and feed Corner…
For finishing and semi-finishing on non-ferrous materials. Fine grain size substrate, uncoated carbide grade. High positive rake angle design leads…
α-Al2O3 CVD coating. First choice for Steel and general purpose Ideal for medium to Interrupted machining for medium speed and…
TiCN an Al2O3 CVD coated For Steel and general purpose applications For finish machining Ideal for stable to semi-interrupted machining…
