Page 312 - Buy Premium Tools ATORN Catalogue
P. 312
Cemented HC7220
carbide High-performance grade for specialised serial use in stainless steel and special alloys with increased cutting values. Extremely high wear resistance.
S05-S25/M05-025
Application Special alloy, VA
Metal cutting tools
Metal cutting tools
Operating
conditions
Hardness High
Toughness High
Aluminium geometry for the high-performance users in the series production
The ISO N geometry has been specifically geared to the needs of demanding series users for processing non-ferrous metals. These indexable
inserts are precision-ground and have extremely sharp cutting edges. The highest cutting stability can be guaranteed even in the most difficult
cutting conditions. Cemented carbides with high hardness are used for long periods in series production. Chip breaker geometries guarantee
optimum chip breaking. Conformal coatings increase the service life with only slight impairment to ease of cutting.
Extremely sharply ground blades
Extremely sharply defined blade ensures ideal cutting behaviour and surface qualities in soft non-ferrous metals.
Innovative PVD coating technology
Conformal coating combined with cutting edge treatment ensures extended service life and sharp cuts.
High-performance substrates provide for very high service life in the series for various applications
Cemented HC6310 HW6310
carbide Coated high performance grade for specialised serial use in non-ferrous Uncoated high performance grade for specialised serial use of non-
metals and some stainless steel with increased cutting values. Very high ferrous metals with increased cutting values. Very high wear resistance.
wear resistance.
N10/M01/P01 N10/P01/M01
Application
Non-ferrous metals, VA Non-ferrous metals
Operating
conditions
Hardness Very high Very high
Toughness Low Low
Aluminium geometry for the high-performance users in the series production
The ISO N geometry has been specifically geared to the needs of demanding series users for processing non-ferrous metals. These indexable
inserts are precision-ground and have extremely sharp cutting edges. The highest cutting stability can be guaranteed even in the most difficult
cutting conditions. Cemented carbides with high hardness are used for long periods in series production. Chip breaker geometries guarantee
optimum chip breaking. Conformal coatings increase the service life with only slight impairment to ease of cutting.
Extremely sharply ground blades
Extremely sharply defined blade ensures ideal cutting behaviour and surface qualities in soft non-ferrous metals.
Innovative PVD coating technology
Conformal coating combined with cutting edge treatment ensures extended service life and sharp cuts.
High-performance substrates provide for very high service life in the series for various applications
Cemented HC6310 HW6310
carbide Coated high performance grade for specialised serial use in non-ferrous Uncoated high performance grade for specialised serial use of non-
metals and some stainless steel with increased cutting values. Very high ferrous metals with increased cutting values. Very high wear resistance.
wear resistance.
N10/M01/P01 N10/P01/M01
Application Non-ferrous metals, VA Non-ferrous metals
Operating
conditions
Hardness Very high Very high
Toughness Low Low
High performance geometry for universal series users
The newly developed ORION universal geometry was developed specifically for the needs of demanding users in series production using
ever-changing materials. These users demand high flexibility, but also want high service life. The universal geometry can be used for ideal pro-
cessing of the material group steel, stainless steel, cast steel and special alloys. The program contains two universal cemented carbide grades.
HC7625 was developed in the primary application for processing steel, cast steel and stainless steel. HC7530 was developed for the main
application stainless steel, special alloys and steel. The user must decide between steel or stainless steel in the main application to achieve
the highest service life in the respective material. The wide range of chip breakers and geometries ensures a wide machining range from rough
machining to finishing internal and external surfaces. Modern and highly wear-resistant coatings ensure good wear performance and process
stability.
High-performance substrates ensure a very high service life in steel machining
Cemented OHC7615 OHC7625 OHC7635
carbide High-performance grade for specialised serial High-performance grade for specialised serial High-performance grade for specialised serial
use in steel and cast steel with increased cut- use in steel and cast steel with increased use in steel and steel casting with increased
ting values in good cutting conditions (low vibra- cutting values for moderate conditions. (slight cutting values. Very high toughness for high cut-
tions, good workpiece and tool clamping, good vibrations due to substandard tool or workpiece ting edge stability even if cutting is interrupted
workpiece surface texture, new machine...). clamping or poor blank surfaces...). Perfect or when subjected to high vibrations caused by
Extremely high wear resistance with good cut- combination of wear resistance and toughness. substandard tool and workpiece clamping or
ting conditions. cast skin.
P10/K20 P20/K30 P30
Application Steel, cast
Steel, cast
Steel
Operating
conditions
Hardness Very high High Low
Toughness Low Medium High
www.buypremiumtools.com 312
