From Ø 6.3 to Ø 31.0 to perform 90° countersinks from M3 to M16 on almost all materials.
The ANTI-VIBRATION countersinks 90° with 3 flutes are suitable for performing both deburring and countersinking. Among other uses, they are particularly suitable for making seats for screw heads.
The ANTI-VIBRATION countersinks with three cutting edges HSS-E 5% COBALT, are made exclusively according to the international standard DIN 335. They are obtained by starting from HSS M35 cobalt steel bars, which gives them exceptional wear resistance.
If used with an adequate lubricant, three-edge countersinks have a long life.
The AlTiCN coating makes them particularly suitable for intensive high-performance machining
MADE WITH ASYMMETRIC CUTTING GEOMETRY, they reduce the axial force compared to traditional countersinks, with a consequent reduction in tool vibrations and a better countersinking finish.
From Ø 6.3 to Ø 31.0 to perform 90° countersinks from M3 to M16 on almost all materials.
The ANTI-VIBRATION countersinks 90° with 3 flutes are suitable for performing both deburring and countersinking. Among other uses, they are particularly suitable for making seats for screw heads.
The ANTI-VIBRATION countersinks with three cutting edges HSS-E 5% COBALT, are made exclusively according to the international standard DIN 335. They are obtained by starting from HSS M35 cobalt steel bars, which gives them exceptional wear resistance.
If used with an adequate lubricant, three-edge countersinks have a long life.
The AlTiCN coating makes them particularly suitable for intensive high-performance machining
MADE WITH ASYMMETRIC CUTTING GEOMETRY, they reduce the axial force compared to traditional countersinks, with a consequent reduction in tool vibrations and a better countersinking finish.
From Ø 6.3 to Ø 31.0 to perform 90° countersinks from M3 to M16 on almost all materials.
The ANTI-VIBRATION countersinks 90° with 3 flutes are suitable for performing both deburring and countersinking. Among other uses, they are particularly suitable for making seats for screw heads.
The ANTI-VIBRATION countersinks with three cutting edges HSS-E 5% COBALT, are made exclusively according to the international standard DIN 335. They are obtained by starting from HSS M35 cobalt steel bars, which gives them exceptional wear resistance.
If used with an adequate lubricant, three-edge countersinks have a long life.
The AlTiCN coating makes them particularly suitable for intensive high-performance machining
MADE WITH ASYMMETRIC CUTTING GEOMETRY, they reduce the axial force compared to traditional countersinks, with a consequent reduction in tool vibrations and a better countersinking finish.
From Ø 6,3 to Ø 31
The countersinks with 3 cuts at 90° are suitable for performing both deburring and countersinking.
Among other uses, they are particularly suitable for making seats for the heads of screws.
The HSS three-flute countersinks are made exclusively according to the international standard DIN 335.
Recommended for non-intensive production.
The countersinks with three cutting edges AlTiCN are recommended for very intensive machining, on materials that are usually difficult to work with such as hard alloys and/or abrasive
The TiN (Titanium nitride) coating, which has always been fascinating due to its shiny golden colour, was the first PVD coating to be used successfully in the industrial field. It is applied to chip-removing cutting tools.
Although over of the years research has made it possible to develop more complex coatings, TiN remains a very modern product and has a high performance in many fields.
Grooves opened wide to allow chips a way out, high positive cut, costant profile relief (a great many regrinds), work without vibrations.We reccomend lubricating
Three flutes Countersink TiAlN coated, undergo a surface treatment to titanium nitride and aluminum that gives them special anti-friction and anti-friction properties and ensures less clogging of the cutting edges.
This feature makes it the best choice for the machining of non-ferrous metals, as well as abrasive materials and kneading.
They are also able to withstand very high processing temperatures (up to 800 °).Its excellent thermal and chemical resistance allows for dry cutting and improvements in the performance of components subjected to high stresses. The high hardness of the coating provides excellent protection against abrasive wear and erosion.
Recommended Applications: Use dry.
The TiN (Titanium nitride) coating, which has always been fascinating due to its shiny golden colour, was the first PVD coating to be used successfully in the industrial field. It is applied to chip-removing cutting tools.
Although over of the years research has made it possible to develop more complex coatings, TiN remains a very modern product and has a high performance in many fields.
Grooves opened wide to allow chips a way out, high positive cut, costant profile relief (a great many regrinds), work without vibrations.We reccomend lubricating